AuthorIndex |
List of papersranked per paper code |
ProgrammeOverview |
The paper/session code is build as follows:
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Day-GL | ||||
Day-Ax | Day-Bx | Day-Cx | Day-Dx | Day-Ex |
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Mo-AO1-1 (Com. Keynote) | Linking the International System of Units to Fundamental Constants |
Joachim Ullrich | |
Physikalisch-Technische Bundesanstalt, Germany | |
Mo-AO1-2 | Time Metrology in the Far and Distant Future |
Demetrios Matsakis | |
US Naval Observatory, USA | |
Mo-AO1-3 | Report of the Working Group on Electromagnetic Metrology Resources |
Demetrios Matsakis | |
US Naval Observatory, USA | |
Mo-AO1-4 | Teaching EM Theory with RF Applications |
Steven Weiss | |
The Johns Hopkins School for Professionals., USA | |
Mo-AO1-5 | Education in Electromagnetic Metrology in Developing Countries like India - an Introspection |
Parmeswar Banerjee | |
Former NPL, India | |
Mo-AO2-1 (Invited) | The preliminary evaluation of the new fountain clock NIM6 |
Fang Fang | |
National Institute of Metrology (NIM), China | |
Mo-AO2-2 (Invited) | NRC-FCs2 primary frequency standard at the National Research Council Canada |
Scott Beattie (1), Bin Jian (1), John Alcock (1), Marina Gertsvolf (1), Richard Hendricks (1), Krzysztof Szymaniec (1), Kurt Gibble (2) | |
(1) National Research Council, Canada; (2) Pennsylvania State University, USA | |
Mo-AO2-3 (Invited) | Activities of NMIJ, AIST towards the Redefinition of the Second |
Masami Yasuda, Tomonari Suzuyama, Daisuke Akamatsu, Takehiko Tanabe, Takumi Kobayashi | |
National Metrology Institute of Japan (NMIJ), Japan | |
Mo-AO2-4 (Invited) | Optical / Microwave Comparisons at NICT |
Nils Nemitz, Nozomi Ohtsubo, Ying Li, Hidekazu Hachisu, Hiroshi Ishijima, Kensuke Matsubara, Kazuhiro Hayasaka, Tetsuya Ido | |
NICT, Japan | |
Mo-AO2-5 (Invited) | Reduction of uncertainty of Primary Time Scale generating UTC(NPLI) to 2.8 ns |
Ashish Agarwal | |
CSIR-National Physical Laboratory, India | |
Mo-AO2-6 | Development of vacuum, optical and electronic sub-systems for the 2nd generation Cesium fountain frequency standard at NPLI |
Poonam Arora (1), Bharath Vattikonda (1), Suchi Yadav (1), Shalu Goel (1), Ashish Agarwal (2), Amitava Sen Gupta (3) | |
(1) CSIR-National Physical Laboratory, India; (2) CSIR-NPL, India; (3) NortCap University, India | |
Tu-AO3-1 (Invited) | Comparison of two 171Yb+ single-ion optical frequency standards with a millihertz uncertainty |
Ekkehard Peik, Christian Sanner, Nils Huntemann, Richard Lange, Moustafa Abdel Hafiz, Burghard Lipphardt, Christian Tamm | |
Physikalisch-Technische Bundesanstalt, Germany | |
Tu-AO3-2 (Invited) | Robust Cs fountain clocks, novel evaluation tools and flexible operational configurations |
Richard Hendricks, Kathryn Burrows, Krzysztof Szymaniec | |
National Physical Laboratory, United Kingdom | |
Tu-AO3-3 | Atomic Frequency Standard based on Coherent Population Trapping in Rb-87 Atoms for Space Application |
Prashanth Upadhya, Pragya Tiwari | |
Indian Space Research Organisation, India | |
Tu-AO3-4 | Advances of the Sr Optical Lattice Clock at NIM |
Yige Lin | |
National Institute of Metrology (NIM), China | |
Tu-AO3-5 | Systematics effects of the Mexican cesium atomic fountain CENAM-CsF1 |
Carlos Ortiz (1), Andres Medina (2), Cristian Lopez (3), J. Mauricio Lopez (3), Eduardo De Carlos (1) | |
(1) Centro Nacional de Metrología, Mexico; (2) Centro Nacional de Metrología/Cinvestav, Mexico; (3) Cinvestav, Mexico | |
Tu-AO3-6 | The tentative application of optical generation of microwave on the fountain clock in NIM |
Shaoyang Dai, Fang Fang, Kun Liu, Weiliang Chen, Nianfeng Liu, Shiying Cao, Tianchu Li | |
National Institute of Metrology (NIM), China | |
Tu-AO4-1 (Invited) | Time transfer via different GNSS systems |
Kun Liang | |
National Institute of Metrology (NIM), China | |
Tu-AO4-2 (Invited) | Frequency Transfer with New Broadband VLBI. --NMIJ-NICT Test Experiment -- |
Mamoru Sekido (1), Kazuhiro Takefuji (1), Hideki Ujihara (1), Tetsuro Kondo (1), Masanori Tsutsumi (1), Yuka Miyauchi (1), Eiji Kawai (1), Shingo Hasegawa (1), Yasuhiro Koyama (1), Ken-Ichi Watabe (2), Tomonari Suzuyama (2), Jun'ichi Komuro (1), Kenjiro Terada (1), Kunitaka Namba (1), Rumi Takahashi (1), Yoshihiro Okamoto (1), Tetsuro Aoki (1), Takatoshi Ikeda (3) | |
(1) National Institute of Information and Communications Technology, Japan; (2) AIST/National Metrology Institute of Japan, Japan; (3) KDDI Research, Inc., Japan | |
Tu-AO4-3 | Towards ±1ms accuracy using FonOclock telephone time dissemination system |
Navraj Poudel (1), Shalu Goel (2), Surajit Sardar (1), Suchi Yadav (1), Aishik Acharya (1), Poonam Arora (1), Vijay Narain Ojha (1), Amitava Sen Gupta (3) | |
(1) CSIR-National Physical Laboratory, India; (2) CSIR- National Physical Laboratory, India; (3) NortCap University, India | |
Tu-AO4-4 | Design of a Synchronous Counter with Two-dimensional 10 x 10 LED array for Calibration of Timing Parameters of Video Cameras |
Hau Wah Lai, Cho Man Tsui, Kam Yuen Chan, Yui Kuen Yan | |
Innovation and Technology Commission, Hong Kong | |
Tu-AO4-5 | BIAS VARIATION BETWEEN TWO CO-LOCATED GNSS RECEIVERS |
Mahavir Prasad Olaniya (1), Suchi Yadav (2), Preeti Kandpal (2), Subhasis Panja (2), Ashish Agarwal (3) | |
(1) CSIR-National Physical Laboratory, India; (2) CSIR- National Physical Laboratory, India; (3) CSIR-NPL, India | |
Tu-AO4-6 | Development of compact & affordable network time display device |
Surajit Sardar, Bharath Vattikonda, Navraj Poudel, Shalu Goel, Suchi Yadav, Poonam Arora, Vijay Narain Ojha | |
CSIR-National Physical Laboratory, India | |
We-AO5-1 | 2-Dimensional sub-atomic localization of Rb Rydberg atoms for SI traceable E-field metrology |
Satyakesh Dubey, Harish Rawat | |
CSIR-National Physical Laboratory, India | |
We-AO5-2 | S11 Calibration Method for a Coaxial Line with Three Reference Materials and no Short Termination Condition for Dielectric Measurement in Liquids |
Kouji Shibata | |
Hachinohe Institute of Technology, Japan | |
We-AO5-3 | Analysis of RF transceiver for 5G applications |
Punitha Loganathan (1), Sathya Priya Sugumar (2), Hanumantha Rao Patnam (3) | |
(1) Society for Applied Microwave Electronics Engineering and Research - Centre for Electromagnetics, India; (2) Indian Institute of Technology Madras, India; (3) Society for Applied Microwave Electronics Engineering and Research-Centre for Electromagnetics, India | |
We-AO5-4 | Estimation of Ground Footprint for Airborne Antenna Systems |
Suman Pradhan, Bhaskar Gupta | |
Jadavpur University, India | |
We-AO5-6 | Spoof Surface Plasmon based Planar Terahertz Dielectric Sensor |
Surya Singh, Nilesh Tiwari, Mohammad Jaleel Akhtar | |
Indian Institute of Technology Kanpur, India | |
PO-A-1 | Single Trapped 171Yb+ for Optical Frequency Standards |
Subhasis Panja, Atish Roy, Lakhi Sharma, Harish Kumar Rathore, Jyoti Saroha, Neelam Neelam, Subhadeep De, Kavita Kumari | |
CSIR-National Physical Laboratory, India | |
PO-A-2 | Precision Temperature Control of Hydrogen Maser Room and Its Application in Time Keeping System |
Lian Dong, Deling Zeng | |
Shanghai Institute of Measurement and Testing Technology, China | |
PO-A-3 | Upgraded Frequency Standard for the GMRT Observatory |
Navnath Shinde | |
National Centre for Radio Astrophysics, India | |
PO-A-4 | Operation status of time keeping system of Shanghai Institute of Measurement and Testing Technology |
Deling Zeng, Lian Dong | |
Shanghai Institute of Measurement and Testing Technology, China | |
PO-A-5 | Spin Polarized Light for improving the accuracy of the second Cs atomic fountain clock at NPLI |
Bharath Vattikonda | |
CSIR- National Physical Laboratory, India | |
PO-A-6 | Indigenous Instrumentation for Development of Atomic Primary Frequency Standards at NPLI |
Shalu Goel (1), Poonam Arora (1), Vijay Narain Ojha (1), Suchi Yadav (1), Bharath Vattikonda (1), Ashish Agarwal (1), Amitava Sen Gupta (2) | |
(1) CSIR- National Physical Laboratory, India; (2) NortCap University, India | |
PO-A-7 | A Study and analysis of stratum 1 set up establishment at NIC-NKN Delhi for IST synchronization of NKN network |
Pranalee Thorat, Preeti Kandpal, Trilok Bhardwaj | |
CSIR- National Physical Laboratory, India | |
PO-A-8 | TRANSMISSION OF TIME AND FREQUENCY SIGNALS THROUGH AN OPTICAL FIBER |
Ashish Agarwal, Mamta Yadav | |
CSIR-National Physical Laboratory, India | |
PO-A-9 | Time Transfer based on the satellite digital TV broadcasting system |
Subhasis Panja (1), Anupam Priyam (1), Subhadeep De (1), Ashish Agarwal (1), Amitava Sen Gupta (2) | |
(1) CSIR-National Physical Laboratory, India; (2) NortCap University, India | |
PO-A-10 | Timescale Algorithm at CSIR-NPL |
Mahavir Prasad Olaniya (1), Suchi Yadav (1), Preeti Kandpal (1), Mohit Dixit (2), Ashish Agarwal (1) | |
(1) CSIR-National Physical Laboratory, India; (2) AcSIR, India | |
PO-A-11 | Precise clock comparison by means of software-defined radio receiver |
Huang Tien Lin, Yi-Jiun Huang | |
Chunghwa Telecom Laboratories, Taiwan | |
PO-A-12 | Multilayer Absorber Based on Carbon Fibers Loaded Epoxy Foam |
A. El Assal , R. Benzerga, A. Sharaiha, A. Harmouch And A. Jrad | |
University of Rennes 1, France | |
PO-A-13 | Non-Invasive Dielectric Characterization of Chemical Solvents using Microstrip-Fed Dielectric Resonator based Sensor |
Nilesh Kumar Tiwari, Abhishek Sharma, Surya Singh, Mohammad Jaleel Akhtar, Animesh Biswas | |
Indian Institute of Technology Kanpur, India | |
PO-A-14 | Design, Development and Measurement of MIMO Antennas for Next Generation Cellular Tablets |
Nosherwan Shoaib (1), Sultan Shoaib (2) | |
(1) National University of Sciences and Technology (NUST), Pakistan; (2) Queen Mary University of London, United Kingdom | |
PO-A-15 | Noise figure analysis of beamforming systems |
Prasad S (1), Meenakshi M (2), Hanumantha Rao Patnam (3) | |
(1) Society for Applied Microwave Electronics Engineering and Research - Centre for Electromagnetics, India; (2) Anna University, India; (3) Society for Applied Microwave Electronics Engineering and Research -Centre for Electromagnetics, India | |
PO-A-16 | Non-Destructive Testing of Metal Backed Materials Using Reflection Mode Terahertz Spectroscopy |
Surya Singh, Nilesh Tiwari, Mohammad Jaleel Akhtar | |
Indian Institute of Technology Kanpur, India | |
Mo-BO1-1 (Invited) | Discontinuities in Multilayer Waveguides to Model 2-D Photonic Crystal Structures |
Guangrui Li, Jayanta Sarma, Richard Hogg | |
University of Glasgow, United Kingdom | |
Mo-BO1-2 (Invited) | Multifunctional Antennas for Cognitive Radio Applications |
Chinmoy Saha (1), Jawad Siddiqui (2), Yahia Antar (3) | |
(1) Indian Institute of Space Science and Technology, India; (2) University of Calcutta, India; (3) Royal Military College of Canada, Canada | |
Mo-BO1-3 (Invited) | In-situ synthesis of (Mg0.5Zn0.5)Fe2O4-graphene oxide nanocomposite for broadband microwave absorption in GHz frequency range |
Santanu Das | |
Indian Institute of Technology (BHU), India | |
Mo-BO1-4 | Suspended Metasurface Loaded Dual Band Dual Polarized Dipole Antenna Array with Polarization Flexibility for RF Energy Harvesting |
Vinnakota Sarath Sankar (1), Basudev Majumder (2), Krishnamoorthy K (3), Runa Kumari (1) | |
(1) Birla Institute of Technology and Science, Pilani, India; (2) Indian Institute of Space Science and Technology, Thiruvananthapuram, India; (3) National Institute of Technology, Surathkal, India | |
Mo-BO1-5 | A Graphene Based Broadband Metasurface Absorber in the Terahertz Region |
Somak Bhattacharyya, Sambit Kumar Ghosh, Santanu Das | |
Indian Institute of Technology (BHU), India | |
Mo-BO2-1 | Design of a fan beam 1×4 array antenna using V-shaped patch element for its use in X-band communication |
Pranjal Borah (1), Satyajib Bhattacharyya (2) | |
(1) Gauhati University, India; (2) Tezpur University, India | |
Mo-BO2-2 | Design of SIW based Millimeter wave Chipless Identification Tag for Low Cost Application |
Soumava Mukherjee | |
Indian Institute of Technology Jodhpur, India | |
Mo-BO2-3 | A Compact Multiband Reconfigurable Quasi-Isotropic Antenna with Planar Structure |
Joon-Hong Kim, Sangwook Nam | |
Seoul National University, South Korea | |
Mo-BO2-4 | Reducing the RCS of MIMO Antenna using Angularly Stable FSS |
Sreenath Reddy Thummaluru, Raghvendra Kumar Chaudhary | |
Indian Institute of Technology (Indian School of Mines), India | |
Mo-BO2-5 | Comparative analysis of Reconfigurable Patch Antenna Array for different Liquid Crystal Substrates |
Shivani Chandra, Smrity Dwivedi | |
Indian Institute of Technology (BHU), India | |
Mo-BO2-6 | Realization of Sharp Triple Notch bands on Printed Ultra-Wideband Antenna using Slot and Circular SRR to eliminate WiMAX and WLAN Interferences |
Surajit Kundu | |
National Institute of Technology Sikkim, India | |
Tu-BO4-1 | A Simple Ultrathin Quad Band Polarization Insensitive Metamaterial Absorber for Infrared Applications |
Somak Bhattacharyya, Nilotpal, P Chakrabarti | |
Indian Institute of Technology (BHU), India | |
Tu-BO4-2 | X-Band Metamaterial Wideband Polarization Insensitive Thin Absorber using Lumped Resistors |
Saurabh Sambhav | |
Amity University, India | |
Tu-BO4-3 | Improved Polarization Insensitive Dual Band Electromagnetic Wave Absorber |
G Shrikanth Reddy (1), Awanish Kumar (2) | |
(1) Indian Institute of Technology Mandi, India; (2) Indian Institute of Technology Mandi, India | |
Tu-BO4-4 | Design of Broadband Microwave Absorber with 20 dB Absorption Bandwidth |
Sudha Malik, Mondeep Saikia, Gaganpreet Singh, J. Ramkumar, S. Anantha Ramakrishna, Kumar Vaibhav Srivastava | |
Indian Institute of Technology Kanpur, India | |
Tu-BO4-5 | An Ultra-wideband Dual Frequency Notched Circular Monopole Antenna for Ground Penetrating Radar application |
Surajit Kundu | |
National Institute of Technology Sikkim, India | |
Tu-BO4-6 | Stub loaded hexagonal open loop band pass filter with improved selectivity |
Harikrishnan A I (1), S Mridula (2), P Mohanan (1) | |
(1) Cochin University of Science and Technology, India; (2) Cochin University of Science and Technology, Kochi, India | |
Tu-BO3-1 (Invited) | Microwave Subsurface Imaging: Methodologies and Applications |
Greeshmaja Govind (1), Mohammad Jaleel Akhtar (1), Zubair Akhter (2) | |
(1) Indian Institute of Technology Kanpur, India; (2) Petroleum Institute, United Arab Emirates | |
Tu-BO3-2 (Invited) | Shape Reconstruction of Dielectric and Conducting Objects using Linear Sampling Method and Limitations |
Mallikarjun Erramshetty | |
National Institute of Technology Goa, India | |
Tu-BO3-3 | Reconstruction of Relative Permittivity and Thickness Profiles of Different Dielectric Samples Using Time Domain Multiple Reflection Method |
Somak Bhattacharyya, Aman, Vineet Singh | |
Indian Institute of Technology (BHU), India | |
Tu-BO3-4 | The impact of curvature on surface current near the rounded corners of a scatterer |
Paul Smith, Audrey J. Markowskei | |
Macquarie University, Australia | |
Tu-BO3-5 | Incorporation Algorithm with RPM and DBIM in Bayesian Framework for Microwave Non-destructive Testing |
Shuto Takahashi, Shouhei Kidera | |
University of Electro-Communications, Japan | |
Tu-BO3-6 | Embedding Deep Learning in Inverse Scattering Solutions |
Yash Sanghvi, Yaswanth Kalepu, Uday Khankhoje | |
Indian Institute of Technology Madras, India | |
Tu-BO3-7 | Electromagnetic Scattering analysis due to a colliding system using Quasi Stationary -Finite Difference Time Domain Method |
Babu Linkoon P Meenaketan (1), Srikanta Pal (2), Neela Chattoraj (1) | |
(1) Birla Institute of Technology, Mesra, Ranchi, India; (2) BIT, Mesra, India | |
Tu-BO5-1 (Com. Keynote) | Electromagnetic boundary conditions: from matched waves to unexpected resonances |
Ari Sihvola, Ismo Lindell | |
Aalto University, Finland | |
Tu-BO5-2 (Invited) | Triplet cavity for X-Band Sheet Beam Klystron |
Ayan Kumar Bandyopadhyay, Debasish Pal, Indumathi Sounderrajan | |
CSIR-CEERI, India | |
Tu-BO5-4 | Revisiting the Singularity Expansion Method for modern electromagnetic problems |
David Powell | |
University of New South Wales, Canberra, Australia | |
Tu-BO5-5 | Inventory of Piled metal tubes using RFID technology |
Andrea Michel (1), Paolo Nepa (1), Marcos Rodriguez Pino (2), Guillermo Alvarez Narciandi (2) | |
(1) University of Pisa, Italy; (2) Universidad de Oviedo, Spain | |
Tu-BO6-1 (Invited) | A Ray Analysis of the Radiation by Realistic Small Antennas Mounted Directly on Large Locally Convex Platforms |
Kittisak Phaebua (1), Prabhakar Pathak (2) | |
(1) King Mongkut's University of Technology North Bangkok, Thailand; (2) The Ohio State University, USA | |
Tu-BO6-2 (Invited) | Analytical Method of Radiation Mode Radar Cross Section (RCS) of Low Profile Phased Arrays |
Hema Singh, Avinash Singh, Deepa K. Sasidharan | |
CSIR-National Aerospace Laboratories, India | |
Tu-BO6-3 | Near-Field Coupling in Wireless Systems |
Andrea Michel, Giuliano Manara, Paolo Nepa | |
University of Pisa, Italy | |
Tu-BO6-4 | Computation of Slope Diffraction by Modified Edge Representation (MER) Equivalent Edge Currents (EECs) Line Integration |
Maifuz Ali (1), Makodo Ando (2) | |
(1) International Institute of Information Technology, India; (2) KOSEN National Institute of Technology, Japan | |
Tu-BO6-5 | Stochastic Finite Element Method for Electromagnetic Material Property Variations Over Multiple Subdomains |
Abhijith Bn, K. J. Vinoy | |
Indian Institute of Science, India | |
Tu-BO6-7 | Q-factor enhancement of open 2D resonators by placement of thin metallic rods near the aperture |
Paul Smith, Elena Vinogradova | |
Macquarie University, Australia | |
We-BO8-1 (Invited) | An (FD)2TD Approach for Ultra-Wideband Analyses Including Biological Bodies |
Jerdvisanop Chakarothai | |
National Institute of Information and Communications Technology, Japan | |
We-BO8-2 (Invited) | A Compensation Technique to Find Compromise Solution for SPFD Method in Containing Errors for In- and Outflow of Current on the Boundary |
Yukihisa Suzuki (1), Tatsuya Yamamoto (2), Masao Taki (2) | |
(1) Tokyo Metropolitan University, Japan; (2) Tokyo Metropolitan Univercity, Japan | |
We-BO8-3 (Invited) | The Mixed Finite-Element Time Domain Method for Overcoming Low-Frequency Breakdown |
Qing Huo Liu (1), Ke Chen (2) | |
(1) Duke University, USA; (2) Xiamen University, China | |
We-BO8-4 | Low-Frequency Stable SPIE-PMCHWT Formulation for Multi-region Dielectric Problems |
Arkaprovo Das | |
Simyog Technology Pvt. Ltd., India | |
We-BO8-6 | Efficient Finite Difference Schemes for Designing Electromagnetic Devices |
Shinichiro Ohnuki, Motohiro Endo, Ko Hamashima, Ryohei Ohnishi, Nobuaki Taniguchi, Tomohiro Tamaru, Di Wu, Ryosuke Ozaki, Shuichiro Inoue | |
Nihon University, Japan | |
We-BO7-1 (Invited) | Quad-Band Electrically Small Dual-Polarized ZOR Antenna with Improved Bandwidth using Single-Split Ring Resonators and Spiral Slots Enabled with Reflector for GPS/UMTS/WLAN/WiMAX Applications |
Raghvendra Kumar Chaudhary, Mohammad Ameen | |
Indian Institute of Technology (Indian School of Mines), India | |
We-BO7-2 (Invited) | Composite Excitation for a Two-arm Spiral Antenna |
Hisamatsu Nakano (1), Toru Kawano (2), Tomoki Abe (1), Junji Yamauchi (1), Amit Mehta (3) | |
(1) Hosei University, Japan; (2) National Defense Academy, Japan; (3) Swansea University, United Kingdom | |
We-BO7-3 (Invited) | Fabry-Perot Resonant Cavity Antenna: New Theory and Design Opportunity |
Koushik Dutta (1), Debatosh Guha (2) | |
(1) Netaji Subhash Engineering College, India; (2) University of Calcutta, India | |
We-BO7-4 (Invited) | Innovations in Satellite Antennas and Payloads Measurement |
Puneet Mishra | |
ISRO, India | |
We-BO7-5 | Cylindrical Dielectric Resonator Antenna Array with Beam Steering Capability |
Nipun Mishra, Soma Das | |
Guru Ghasidas University Bilaspur, India | |
We-BO7-6 | Pattern Diversity and Polarization Diversity Wide Band Circularly Polarized MIMO Antenna |
Prashant Chaudhary, Ashwani Kumar, Avanish Yadav | |
University of Delhi South Campus, India | |
We-BO9-1 | Compact Cylindrical Dielectric Resonator Antenna for MSS Handheld Terminals |
Abhishek Shukla, S. Sravan Kumar, Milind B.Mahajan | |
Space Application Centre Ahmedabad, India | |
We-BO9-2 | CPW-fed Dual-Polarized Wide Slot Radiator for Wireless Applications |
Amartya Banerjee, Sayan Chatterjee, Bhaskar Gupta, Anup Kumar Bandyopadhyay | |
Jadavpur University, India | |
We-BO9-3 | Open-Stopband Suppression and Cross-Polarization Reduction of a Substrate Integrated Waveguide Leaky-Wave Antenna |
Debabrata Karmokar, Shu-Lin Chen, Pei-Yuan Qin, Y. Jay Guo | |
University of Technology Sydney, Australia | |
We-BO9-4 | Artificial Magnetic Conductor-backed Dual Band Antenna for Wireless Applications |
Manoj M, Remsha M, Shameena V A, Vasudevan K, P Mohanan | |
Cochin University of Science and Technology, India | |
PO-B-1 | Pattern Reconfigurable Antenna using Key-shaped Monopoles for WiMAX Application |
Manoj Kumar Meshram, Sweta Agarwal | |
Indian Institute of Technology (BHU), India | |
PO-B-2 | A Gain Enhanced Multiband Antenna using SRRs with Defected Ground Structure |
Somak Bhattacharyya, Diptiranjan Samantaray, K V Srinivas | |
Indian Institute of Technology (BHU), India | |
PO-B-3 | FDTD Analysis of the Impedance Behavior of Wideband Slot Antennas |
Ritish Kumar, Girish B, Nikhil M, Praveen Kumar A.V. | |
Birla Institute of Technology and Science, India | |
PO-B-4 | Study of Miniaturized Patch Microstrip Antenna with Circular Slot and SRR Optimization |
Debajyoti Chatterjee, Anjan Kumar Kundu | |
University Of Calcutta, India | |
PO-B-6 (Invited) | Multi-function Antennas - A Comprehensive Overview |
Satyajit Chakraborty | |
Society for Applied Microwave Electronics Engineering and Research Kolkata Centre, India | |
PO-B-7 | Triband Planar Antenna with Enhanced Directivity for WiMAX and WLAN Application |
Manish Kumar Dabhade (1), Avinash Singh (1), Padam Singh Saini (2), Ravinder Kumar Meena (1) | |
(1) USICT, GGSIPU, India; (2) GB PANT GOVERNMENT ENGINEERING COLLEGE, NEW DELHI, India | |
PO-B-8 | Design Simulation of X-band Composite Microstrip Antenna with Circular Polarization |
Swapnil Narke (1), Prafulla Jagtap (2), Subra Ananthakrishnan (1), Chinmoy Bhattacharya (3) | |
(1) Department of Electronic Science, SPPU, India; (2) VIT, Pune, India; (3) ARDE, Pune, India | |
PO-B-9 | Design of Tri band L Shape Parasitic Patch Antenna |
Sumit Srivastava, Amit Singh | |
Indian Institute of Technology (BHU), India | |
PO-B-10 | Optimal design of E-shaped microstrip antenna in terms of self-renewing fitness estimation of particle swarm optimization |
Xiaohong Fan, Yubo Tian, Yi Zhao | |
Jiangsu University of Science and Technology, China | |
PO-B-11 | Small Antennas bandwidth enhancement Using Network Characteristic Modes |
Ala Sharaiha, Hussein Jaafar, Sylvain Collardey | |
University of Rennes, France | |
PO-B-12 | A Compact Low Profile Modified ACS-fed Triple Band Open-Ended Metamaterial Antenna for UMTS, WLAN, and WiMAX Applications |
Mohammad Ameen, Sachin Kalraiya, Raghvendra Kumar Chaudhary | |
Indian Institute of Technology (Indian School of Mines), India | |
PO-B-13 | Excitation Amplitude/Phase Sensitivity in Circularly Polarized Hexagonal S-Band Antenna |
Abhishek Joshi, Rahul Singhal | |
Birla Institute of Technology and Science, India | |
PO-B-14 | EBG-Loaded Dielectric Resonator Antenna for Triple Band-Notch Characteristics |
Partha Shome, Saurabh Kumar, Taimoor Khan | |
National Institute of Technology Silchar, India | |
PO-B-16 | Antenna Design For Fifth Generation (5G) Applications |
Ravinder Kumar Meena (1), Avinash Singh (2), Manish Kumar Dabhade (2), Kunal Srivastava (3), Binod K. Kanaujia (3) | |
(1) GGSIP University, India; (2) USICT, GGSIP University, India; (3) School of Computational and Integrative Science JNU, India | |
PO-B-17 | A gain and bandwidth enhanced metamaterial based surface antenna for wireless communication |
Neha Rajak (1), Neela Chattoraj (2), Raghvendra Kumar (2) | |
(1) Birla Institute of Technology and Science, India; (2) Birla Institute of Technology, Mesra, Ranchi, India | |
PO-B-18 | A Novel Compact Ultra Wide-Band MSRDRA for X- and KU-BAND Applications |
Neha Rajak (1), Parikshit Vasisht (2), Neela Chattoraj (2), Ravi Chandra (2) | |
(1) Birla Institute of Technology and Science, India; (2) Birla Institute of Technology, Mesra, Ranchi, India | |
PO-B-19 | Enhance the impact of the magneto-dielectric materials and its amount needed to miniaturize the planar monopole antenna |
Aladdin Kabalan, Ala Sharaiha, Anne-Claude Tarot | |
University of Rennes 1, France | |
PO-B-20 | Compact and Efficient Modified Leaf Shaped Antipodal Vivaldi Antenna Based on EM Based Optimization Techniques for UWB Applications |
Bikash Ranjan Behera (1), Rahul Kumar (2), Priyadarshi Suraj (2) | |
(1) International Institute of Information Technology Bhubaneswar, India; (2) Birla Institute of Technology Mesra Off-Campus Patna, India | |
PO-B-21 | Millimeter-Wave Quad-Port Multiple-Input Multiple-Output Dielectric Resonator Antenna Excited Differentially by TE20 Mode Substrate Integrated Waveguide |
Abhishek Sharma, Anirban Sarkar, Animesh Biswas, Mohammad Jaleel Akhtar | |
Indian Institute of Technology Kanpur, India | |
PO-B-22 | Design of UWB antenna with 5G frequency band-notched using split ring-shaped slit |
Hanul Bong, Min-Joo Jeong, Niamat Hussain, Nam Kim | |
Chungbuk National University, Korea | |
PO-B-23 | Design of conformal aperture coupled microstric patch antenna on cylindrical bodies with circular polarization |
Swapnil Narke (1), Damayanti Gharpure (1), Subra Ananthakrishnan (1), Chinmoy Bhattacharya (2) | |
(1) Department of Electronic Science, SPPU, India; (2) ARDE, Pune, India | |
PO-B-24 | U-Shaped Microstrip Patch Antenna with Partial Ground Plane for Mobile Satellite Services (MSS) |
Sudeep Baudha, Kannan Kapoor, Manish Yadav | |
Birla Institute of Technology, Pilani, Goa, India | |
PO-B-25 | Parasitic Rectangular Patch Antenna with Variable Shape Ground Plane for Satellite and Defence Communication |
Sudeep Baudha, Shivani Gupta, Manish Yadav | |
Birla Institute of Technology, Pilani, Goa, India | |
PO-B-26 | A ultra wide band sinuous antenna design with enhanced linear polarization purity |
Luca Scorrano (1), Lorenzo Bartalucci (2), Stefano Maddio (2), Giuseppe Pelosi (2), Monica Righini (2), Stefano Selleri (2) | |
(1) Elettronica SPA, Italy; (2) University of Florence, Italy | |
PO-B-27 | A Transmittive Type Broadband Cross Polarization Converter for Mid Wavelength Infrared Region |
Somak Bhattacharyya (1), Rudranil Nandi (2), Nilotpal - (1) | |
(1) Indian Institute of Technology (BHU), India; (2) Academy of Technology, Hooghly, India | |
PO-B-28 | Algebraic Topological Method: An Alternative Modelling Tool for Electromagnetics |
Krishnaswamy Sankaran, Aakash ., Aditi Bhatt | |
Radical Innovations Group - RIG, Finland | |
PO-B-29 | RCS Computation of Canonical Aerospace Structures using Parallelized Numerical Method and Hypermesh |
Vineetha Joy, Hema Singh, Raveendranath U Nair | |
CSIR-National Aerospace Laboratories, India | |
PO-B-30 | DERIVING THE FORMULAS FOR GROUNDING RESISTANCE OF VERTICAL AND HORIZONTAL RODS |
Prakash Chand Kalra (1), Anil Kumar Janagani (2) | |
(1) BeCon Engineers Pvt Ltd, India; (2) RDK, India | |
PO-B-31 | Frequency Tunable SIW Cavity Resonator Integrated With Schottky Diode |
Nisheeth Upadhyay, Smrity Dwivedi | |
Indian Institute of Technology (BHU), India | |
PO-B-32 | THz radiation generation by three wave parametric coupling |
Himani Dewan, Monika Singh, R. Uma, R. P. Sharma | |
Indian Institute Delhi, India | |
PO-B-33 | Multilayered absorber over K-and Ka-band based on graded concentration of carbon nanofillers: Modeling, Fabrication, and Experimental validation |
Rajkumar Jaiswar (1), Arnaud Delcorte (2), Christian Bailly (2), Sophie Hermans (2), Isabelle Huynen (1), Jean-Pierre Raskin (1) | |
(1) ICTEAM, UCLouvain, Belgium; (2) IMCN, UCLouvain, Belgium | |
PO-B-35 | Some Aspects of Electromagnetic Waves Propagating in Nonlinear Media taking Gravity into account |
Manisha Khulbe (1), Harish Parthasarathy (2), Malay Ranjan Tripathy (3) | |
(1) AIACTR, India; (2) Netaji Subhash Institute of Technology (NSIT), India; (3) Amity University, India | |
PO-B-36 | Plane Wave Diffraction by a Slit in a Material Screen |
Takashi Nagasaka, Kazuya Kobayashi | |
Chuo University, Japan | |
PO-B-37 | A Multiband Wearable Antenna with Defected Ground Structure |
Somak Bhattacharyya (1), Roopan - (2), Diptiranjan Samantaray (1) | |
(1) Indian Institute of Technology (BHU), India; (2) Punjabi University, Patiala, India | |
PO-B-38 | Dual-Band UHF Folded Dipole RFID Tag Antenna Loaded With Spiral Resonator |
Sudhir Bhaskar (1), Bidisha Barman (2), Amit Singh (1) | |
(1) Indian Institute of Technology (BHU), India; (2) Indian Institute of Technology (BHU), India | |
PO-B-39 | Circularly Polarized Meander Line Cross Dipole Antenna for UHF RFID Applications |
Sudhir Bhaskar (1), Bidisha Barman (2), Amit Singh (1) | |
(1) Indian Institute of Technology (BHU), India; (2) Indian Institute of Technology (BHU), India | |
PO-B-40 | Eccentric Circular Ring RFID Tag Antenna for Dual-Band Operation |
Sudhir Bhaskar (1), Bidisha Barman (2), Amit Singh (1) | |
(1) Indian Institute of Technology (BHU), India; (2) Indian Institute of Technology (BHU), India | |
PO-B-41 | Open Ended Microstrip-line-fed Compact Wideband MIMO-Diversity Antenna with Multiple Asymmetric Elliptical Wide-Slots |
Munish Kumar, Vandana Nath | |
Guru Gobind Singh Indraprastha University, India | |
PO-B-42 | Frequency Shift Coded microstrip shorted stub resonators for Chipless RFID tag applications |
Sumi M (1), S Mridula (2), Anju Pradeep (2), Binu Paul (2) | |
(1) NSS College of Engineering, India; (2) Cochin University of Science and Technology, India | |
PO-B-44 | A dogbone metamaterial based electromagnetic cloaking scheme for microwave applications |
Sarin Vp (1), Vinesh Pv (1), Jayakrishnan Mp (2), C K Anandan (3), Vasudevan K (4), P Mohanan (4) | |
(1) Government College Chittur, Palakkad, India; (2) CREMA Lab CUSAT, India; (3) CREAMA Lab CUSAT, India; (4) Cochin University of Science and Technology, India | |
PO-B-45 | Scattering of Quasi-Electrostatic Waves by a Conducting Cylinder in Hyperbolic Media |
Evgenii Shirokov | |
Institute of Applied Physics of the Russian Academy of Sciences, Russia | |
PO-B-46 | Enhanced sensitivity of microwave inspection of thin composites at resonance |
Jayaram Kizhekke Pakakthillam, Balamurugan T Sivaprakasam, Krishnamurthy Cv, Kavitha Arunachalam | |
Indian Institute of Technology Madras, India | |
PO-B-47 | PIC Simulation of a Double Side-cavity Reltron, Calculation of Cavity Reactance and Comparison with Conventional Reltron |
Soumojit Shee, Smrity Dwivedi | |
Indian Institute of Technology (BHU), India | |
PO-B-48 | Feasibility of In-Situ Process Monitoring of Glass Melt in Industrial Furnace using Microwaves |
Balamurugan T Sivaprakasam (1), Sugilal G (2), Shah J.G. (2), Agarwal K (2), Krishnamurthy Cv (1), Kavitha Arunachalam (1) | |
(1) Indian Institute of Technology Madras, India; (2) Nuclear Recycle group, BARC, India | |
PO-B-49 | A Novel Implementation of Rectangular Waveguide in Ku – Band for Varying Magnetic Field |
Sarang Kulkarni | |
Atharva College of Engineering, India | |
PO-B-50 | Compact design of fractional order LC oscillator |
Shalabh Kumar Mishra, Dharmendra Upadhyay, Maneesha Gupta | |
NSIT, University of Delhi, India | |
PO-B-51 | Coupling Matrix Extraction of Lossy Cross-coupled Filters Using Exact Pole-Zero Identification |
Qingfeng Zhang (1), Ranjan Das (2) | |
(1) Southern University of Science and Technology, China; (2) Indian Institute of Technology Bombay, India | |
PO-B-52 | Metamaterial inspired contactless angular displacement sensor with wide dynamic range and bandwidth |
Nilesh Kumar Tiwari, Surya Singh, Mohammad Jaleel Akhtar | |
Indian Institute of Technology Kanpur, India | |
PO-B-53 | Switchable Frequency Selective Surface Based on Composite Flexible Substrate for Modern Communication Systems |
Hijab Zahra, Syed M. Abbas, Raheel M. Hashmi, Karu P. Esselle | |
Macquarie University, Australia | |
PO-B-54 | Compact On-body Antennas for Wearable Communication Systems |
Syed M. Abbas, Hijab Zahra, Raheel Kashmi, Karu P. Esselle | |
Macquarie University, Australia | |
Th-BO11-1 (Invited) | Propagation of TM waves in a shielded plane waveguide with anisotropic Kerr nonlinearity |
Dmitry Valovik, Stanislav Tikhov | |
Penza State University, Russia | |
Th-BO11-2 | Pixelated Metasurfaces for Terahertz Absorption and Polarization Conversion |
Somak Bhattacharyya (1), Smriti Rai (1), Akhlesh Lakhtakia (2) | |
(1) Indian Institute of Technology (BHU), India; (2) Pennsylvania State University, USA | |
Th-BO11-3 (Invited) | Method of Lines Modeling of Surface Plasmon Modes Excited in Prism-Coupled Configurations |
Sujit Chattopadhyay (1), Pradip Kumar Saha (2) | |
(1) Government of India, India; (2) University of Calcutta, India | |
Th-BO11-4 (Invited) | Magnetic field distribution measurement with a metasurface structure |
Satoshi Yagitani, Takuya Tsubota, Hirofumi Segawa, Tomohiko Imachi, Mistunori Ozaki | |
Kanazawa University, Japan | |
Th-BO11-5 (Invited) | Multifrequency electromagnetic wave propagation in a dielectric slab with Kerr nonlinearity: perturbative and nonperturbative guided waves |
Dmitry Valovik, Valeria Kurseeva | |
Penza State University, Russia | |
Th-BO11-6 | A Broadband FSS Bandstop Filter in Terahertz Region |
Somak Bhattacharyya (1), Sambuddha Sarkar (2), Tanmoy Chakrabarti (2), Sambit Kumar Ghosh (1) | |
(1) Indian Institute of Technology (BHU), India; (2) Academy of Technology, Hooghly, India | |
Th-BO10-1 | Quadrilateral-Shaped Wideband Circularly Polarized CPW-Fed Monopole Antenna |
Prashant Chaudhary (1), Ashwani Kumar (1), Raj Mittra (2) | |
(1) University of Delhi South Campus, India; (2) University of Central Florida, USA | |
Th-BO10-2 | Electromagnetic Wave Excitation by a Nonsymmetric Antenna Located on the Surface of an Open Gyrotropic Cylindrical Waveguide |
Oleg Ostafiychuk, Vasiliy Es'kin, Alexander Kudrin | |
University of Nizhny Novgorod, Russia | |
Th-BO10-3 | A new Technique to Generate Circular Polarization in Periodically Deformed Rectangular Dielectric Resonator Antenna using PMC Boundary Approximation |
Rakesh Chowdhury, Raghvendra Kumar Chaudhary | |
Indian Institute of Technology (Indian School of Mines), India | |
Th-BO10-4 | Mechanically Stable No Adhesive Approach for Rectangular Dielectric Resonator Antenna: A Commercially Viable Design for Practical Applications |
Chandreyee Sarkar, Debatosh Guha | |
University of Calcutta, India | |
Th-BO10-5 | Design of Quatrefoil Shape Antennas for GSM1800 MHz and UMTS2.1 GHz Rectenna Applications |
Geriki Polaiah (1), Krishnamoorthy K (2), Muralidhar Kulkarni (1) | |
(1) National Institute of Technology Karnataka, India; (2) National Institute of Technology, Surathkal, India | |
Th-BO10-6 | CPW fed Ultra Wideband Strip Antenna |
Shameena V A (1), Manoj M (1), Remsha M (1), Vinisha C.V (2), P Mohanan (1) | |
(1) Cochin University of Science and Technology, India; (2) CUSAT, India | |
Th-BO13-1 | Multiband antenna for WLAN, WiMAX and future wireless applications |
Anil Kumar Nayak, Sachin Chetal, Rajib Kumar Panigrahi | |
Indian Institute of Technology Roorkee, India | |
Th-BO13-2 | Characteristic Mode Analysis of a few Symmetric English Alphabet Shaped Antennas |
Sayan Sarkar, Bhaskar Gupta | |
Jadavpur University, India | |
Th-BO13-3 | SIR based Broadband Dipole Antenna for LTE/ WiMAX/ WLAN Applications |
Remsha M, Manoj M, Shameena V A, P Mohanan | |
Cochin University of Science and Technology, India | |
Th-BO13-4 | Wideband Circularly Polarized Microstrip Antenna with Enhanced Beamwidth |
Suman Pradhan, Bhaskar Gupta | |
Jadavpur University, India | |
Th-BO13-5 | A Compact Triple Band Metamaterial Inspired Antenna using SRR and Hexagonal Stub for UMTS, WLAN, and WiMAX Applications in S/C Bands |
Mohammad Ameen, Abinash Mishra, Raghvendra Kumar Chaudhary | |
Indian Institute of Technology (Indian School of Mines), India | |
Th-BO13-6 | Novel Design of Printed Antenna Integrated with Bandpass Filter for C-band Applications |
Partha Shome, Taimoor Khan | |
National Institute of Technology Silchar, India | |
Th-BO12-1 | Far-field Envelope Correlation Coefficient and Near-field Reactive Energy of MIMO Antennas: An FDTD-IDM-CGF Approach |
Debdeep Sarkar (1), Said Mikki (2), Kumar Vaibhav Srivastava (1), Yahia Antar (3) | |
(1) Indian Institute of Technology Kanpur, India; (2) University of New Haven, USA ; (3) Royal Military College of Canada, Canada | |
Th-BO12-2 | Multi-objective optimization for planar antenna array design |
Malay Ranjan Tripathy (1), Priya Ranjan (2) | |
(1) Amity University, India; (2) Amity University Uttar Pradesh, India | |
Th-BO12-3 | New Propagation Regimes of TE Waves in a Waveguide filled with a Nonlinear Dielectric Metamaterial |
Eugene Smolkin (1), Yury Shestopalov (2), Maxim Snegur (1) | |
(1) Penza State University, Russia; (2) University of Gavle, Sweden | |
Th-BO12-4 | Spoof Surface Plasmonic Filter with Tunable Pass-Band |
Rahul Kumar Jaiswal, Nidhi Pandit, Nagendra Prasad Pathak | |
Indian Institute of Technology Roorkee, India | |
Th-BO12-5 | Regression Methods of Obtaining Angular Superresolution |
Boris Lagovsky (1), Yury Shestopalov (2) | |
(1) MIREA, Russia; (2) Galve Iniversity, Sweden | |
Th-BO12-6 | A novel grating triangular patch antenna with transparent ground plane for C-band applications |
Pranjal Borah, Tulshi Bezborauh | |
Gauhati University, India | |
Th-BO15-1 | Phased array of 619-element Yagi-Uda antenna for Wind Profiler Radar at Cochin University of Science and Technology |
Titu Samson (1), Binoy Babu (1), V K Anandan (2), Rakesh V (1), Rejoy Rebello (1), K Mohankumar (1), P Mohanan (3) | |
(1) Advanced Centre for Atmospheric Radar Research, India; (2) ISTRAC, India; (3) Cochin University of Science and Technology, India | |
Th-BO15-2 | Estimation and Control of Total Array RCS of Microstrip Patch Array with Hybrid HIS-based Ground Plane |
Hema Singh, Avinash Singh, Deepa K. Sasidharan | |
CSIR-National Aerospace Laboratories, India | |
Th-BO15-3 | Beamwidth Reduction of Helical Antenna Using Single Layer FSS Structure |
Anik Naha Biswas (1), Suparna Ballav (1), Ayan Chatterjee (2), Susanta Kumar Parui (1) | |
(1) IIEST, India; (2) National Institute of Technology, India | |
Th-BO15-4 | Design of 4 GHz 1-Bit Phase Quantized Beam Steering Transmitarray |
Suresh Kumar T R, K J Vinoy | |
Indian Institute of Science, India | |
Th-BO15-5 | New Technique for Inset-Fed Microstrip Patch with Reduced Cross Polarized Radiations |
Mahammad Intiyas Pasha (1), Chandrakanta Kumar (1), Debatosh Guha (2) | |
(1) U.R.Rao Satellite Centre, ISRO, Bengaluru, India; (2) University of Calcutta, India | |
Th-BO15-6 | An Asymmetric Coplanar Strip-Fed Compact Yagi-Uda Antenna Utilizing Ground as Director |
Rajarshi Bhattacharya, Naveen Maurya | |
National Institute of Technology Patna, India | |
Th-BO14-1 | Scattering by two parallel thin posts inside a parallel-plate waveguide |
Piergiorgio Uslenghi | |
University of Illinois at Chicago, USA | |
Th-BO14-2 | Study On The Physical Aspect Of Singularity Expansion Method |
Nandan Bhattacharyya (1), Jawad Y. Siddiqui (2), Y.M.M. Antar (3) | |
(1) RCC Institute of Information Technology, India; (2) University of Calcutta, India; (3) Royal Military College of Canada, Canada | |
Th-BO14-3 | Maximizing absorption for dielectric scatterers |
Ari Sihvola, Dimitrios Tzarouchis | |
Aalto University, Finland | |
Th-BO14-4 | On a Method of Solution to Dispersion Equations in Electromagnetics |
Yury Shestopalov | |
University of Gavle, Sweden | |
Th-BO14-5 | Electromagnetic Waves Guided by an Array of Parallel Gyrotropic Cylinders |
Vasiliy Es'kin, Vladislav Zhelezov, Alexander Kudrin | |
University of Nizhny Novgorod, Russia | |
Th-BO14-6 | Complex Source Beam Diffraction by a Wedge |
Giuliano Manara (1), Sergio Terranova (1), Ludger Klinkenbusch (2) | |
(1) University of Pisa, Italy; (2) Kiel University, Germany | |
Mo-CO1-1 (Com. Keynote) | Sparse Vector Transmission for Ultra-Reliable and Low Latency Communications |
Byonghyo Shim | |
Seoul National University, Korea | |
Mo-CO1-2 | Development and Analysis of DVB System for Ground based communication |
Soumyasree Bera (1), Samarendra Nath Sur (2), Rabindranath Bera (2) | |
(1) Sikkim Manipal University, India; (2) Sikkim Manipal Institute of Technology, India | |
Mo-CO1-3 | Cross-correlation index and multiple-access performance of spreading codes for a wireless system |
Olanrewaju Wojuola | |
North-West University, South Africa | |
Mo-CO1-4 | Interrelationship between Amplifier and Doppler phenomenon in Inter- Satellite Communication links |
Kishore Pasi | |
Space Applications Centre, India | |
Mo-CO1-5 | Compact Dual Band Dual Circularly Polarized User-cum-Gateway Feed Chain for Multiple Beam Antennas at K/Ka Bands |
Rohit Kumar Nandwani (1), S. Sravan Kumar (2) | |
(1) Indian Space Research Organisation, India; (2) Space Application Centre Ahmedabad, India | |
Mo-CO2-1 | Mixed Gibbs Sampling Iterative MIMO Detection and Decoding with Maximum Ratio Combining |
Yukitoshi Sanada, Yutaro Kobayashi | |
Keio University, Japan | |
Mo-CO2-2 | Estimator-Correlator based Spectrum Sensing with PU Signal Uncertainty in Full Duplex CRNs |
Abhishek Kumar, Tripta ., Seemanti Saha | |
National Institute of Technology Patna, India | |
Mo-CO2-3 | Multi-Doppler Compensation in WirelessCommunication Systems |
Raghav Gupta | |
Indian Institute of Technology Bombay, India | |
Mo-CO2-4 | Generalized Probability Density Function for Intermodulation Distortion Components Generated by Power Amplifier |
Yasunori Suzuki, Hiroshi Okazaki | |
NTT DOCOMO, INC., Japan | |
Mo-CO2-5 | A Linear Decision Feedback Detector for SOQPSK |
Rami Othman (1), Yves Louet (1), Alexandre Skrzypczak (2) | |
(1) CentraleSupélec, France; (2) Zodiac Data Systems, France | |
Mo-CO2-6 | The Cost of Probing the State in a State Dependent Additive Gaussian Channel |
Viswanathan Ramachandran | |
Indian Institute of Technology Bombay, India | |
Tu-CO3-1 | Outage Performance of Full-duplex Multi-User Relay Systems with Rician Distributed RSI |
Prasanna Raut, Prabhat Kumar Sharma | |
Visvesvaraya National Institute of Technology, Nagpur, India | |
Tu-CO3-2 | Performance Analysis of Diffusive Molecular Communication in Three Dimensional Channel |
Prabhat Kumar Sharma, Lokendra Chauhan | |
Visvesvaraya National Institute of Technology, Nagpur, India | |
Tu-CO3-3 | Review: Wideband Spectrum Sensing for Next Generation Wireless Networks |
Himani Joshi, Sumit Darak | |
IIndian Institute Delhi, India | |
Tu-CO3-5 | Fusing Measured and Simulated Data for Radio Map Construction in Localization Applications |
Azril Haniz (1), Gia Khanh Tran (1), Kei Sakaguchi (1), Jun-Ichi Takada (1), Toshihiro Yamaguchi (2), Tsutomu Mitsui (2), Shintaro Arata (2) | |
(1) Tokyo Institute of Technology, Japan; (2) Koden Electronics Co., Ltd., Japan | |
Tu-CO4-1 (Invited) | Distributed Detection over Wireless Sensor Networks using Sparse Active Sensors Estimation |
Sanjeev Sharma, Vimal Bhatia | |
Indian Institute of Technology Indore, India | |
Tu-CO4-2 (Invited) | Impact of Primary User Duty Cycle on LogDet Covariance Based Spectrum Sensing under Colored Noise |
Abhijeet Bishnu (1), Vimal Bhatia (2) | |
(1) Indian Institute of Technology Indore, India; (2) Indian Institute of Technology Indore, India | |
Tu-CO4-3 | Approaches for Interference-proof Future Radar Systems |
Zora Slavik (1), Oliver Bringmann (2), Wolfgang Rosenstiel (2) | |
(1) FZI Forschungszentrum Informatik, Germany; (2) University of Tuebingen, Germany | |
Tu-CO4-4 | Automotive Joint Radar-Communications in mmWave Band |
Bhavani Shankar Mysore (1), Kumar Vijay Mishra (2), Bjorn Ottersten (1) | |
(1) University of Luxembourg, Luxembourg; (2) Army Research Labs, USA | |
Tu-CO4-5 | Power Allocation Games for Overlaid Radar and Communications |
Kumar Vijay Mishra, Anthony Martone, Amir Zaghloul | |
United States Army Research Laboratory, USA | |
Tu-CO5-1 | Optimal Power Allocation for Minimizing the Energy Consumption of a NOMA Base Station with Cell DTx |
Haifa Fares, Remi Bonnefoi, Pierre Belis, Yves Louet | |
CentraleSupelec, France | |
Tu-CO5-2 | Traffic Navigation & Relay: System-Wide Load Balancing Method for Heterogeneous Network Using Route Direction and Packets Relay |
Kento Ono, Takahiro Ono, Kohei Akimoto, Suguru Kameda, Noriharu Suematsu | |
Tohoku University, Japan | |
Tu-CO5-3 | Heat and Power Management of new era Electronic Systems |
Irappa Halagali, Ajithkumar B., Yashwant Gupta | |
Giant Metrewave Radio Telescope, NCRA-Tata Institute of Fundamental Research, India | |
Tu-CO5-4 | A Competitive Hedonic Consumption Estimation for IoT Service Distribution |
Deepsubhra Guha Roy (1), Bipasha Mahato (2), Debashis De (2) | |
(1) Maulana Abul Kalam Azad University of Technology, WB, India; (2) Maulana Abul Kalam Azad University of Technology,WB, India | |
Tu-CO5-5 | LoRaWAN Network Capacity for Practical Network Planning in India |
Smriti Sachdev, Pankaj Dalela, Vipin Tyagi | |
Centre for Development of Telematics (C-DOT), India | |
We-CO6-1 | LoRa-based Alert System for Public-safety |
Subhra Shankha Bhattacherjee, Sanju Kumar Nt, Banda Santhosh Reddy, Rajalakshmi Pachamuthu | |
Indian Institute of Technology Hyderabad, India | |
We-CO6-2 | Cloud based Internet of Vehicle development using SDR platform towards URLLC system |
Subhankar Shome (1), Sourojit Mukherjee (2), S Malliga (3), Rabindranath Bera (4) | |
(1) Sikkim Manipal University, India; (2) NIT Durgapur, India; (3) Kongu Engineering College, India; (4) Sikkim Manipal Institute of technology, India | |
We-CO6-3 | A Comparative Study of Doppler Frequency Profile from Hand Gestures for Device-free Motion Sensing using Wi-Fi Channel State Information |
Nopphon Keerativoranan, Jun-Ichi Takada | |
Tokyo Institute of Technology, Japan | |
We-CO6-4 | 2.45 GHz Pattern Reconfigurable Antenna for Network applications Wireless Sensor |
Sowmyadevi A (1), Phalguni Mathur (1), Anupam R Chandran (2), Nick Timmons (2), Jim Morrison (2), Sujith Raman (1) | |
(1) Bharathiar University, India; (2) WiSAR Lab, Letterkenny Institute of Technology, Ireland | |
We-CO6-5 | Sparse signal detection with spatial diversity using multi-rate sampling |
Esteban Selva (1), Apostolos Kountouris (2), Yves Louet (3) | |
(1) Orange Labs/CentraleSupelec, France; (2) Orange Labs, France; (3) Centralesupélec, France | |
We-CO6-6 | A multi-hop wireless sensor network for in-situ agricultural applications |
Jobish John, Vinay S Palaparathy, Gaurav S Kasbekar, Maryam Shojaei Baghini | |
Indian Institute of Technology Bombay, India | |
PO-C-1 | An Improved Random Forest Algorithm for classification in an imbalanced dataset |
Christy Jose, Gopakumar G | |
Amrita Vishwa Vidyapeetham, Amritapuri, India | |
PO-C-2 | AN EXPERIMENTAL STUDY OF SAND STORM EFFECTS ON AN FSO COMMUNICATION LINK |
Sampurna De, A A Bazil Raj | |
Defence Institute of Advanced Technologie, India | |
PO-C-3 | A Real-Time Spectrum Sensing Method by Averaging Spectra of Finite-Time Fourier Transform |
Makoto Taromaru, Mai Ohta | |
Fukuoka University, Japan | |
PO-C-4 | Linear Amplification Using Digital Pre-Distortion Technique for Improved Mobile Communication |
Nirbhay Kumar Singh | |
Bharat Electronics Limited, India | |
PO-C-6 | FFT based Spectrum Sensing over Rayleigh Frequency Selective Fading Channel in In-band SIMO Full-Duplex CRNs |
Abhishek Kumar, Tripta ., Seemanti Saha | |
National Institute of Technology Patna, India | |
PO-C-7 | Enhanced ADO-OFDM with Subcarrier Resource Allocation for Heterogeneous Networks |
Fang Yang, Xuan Huang, Jian Song | |
Tsinghua University, China | |
PO-C-8 | Compressive Multi-User Detector for Spatial Modulation (SM)-Based Random Access in Internet of Things (IoTs) |
Zhen Gao | |
Beijing Institute of Technology, China | |
PO-C-9 | Resource Allocation and Interference Mitigation in Cluster based Device-to-Device Communications for 5G Massive MIMO Mobile Heterogeneous Cellular Network: A Cooperative Game Theoretic Approach |
Subha Ghosh (1), Debashis De (2) | |
(1) Maulana Abul Kalam Azad University of Technology, WB, India; (2) Maulana Abul Kalam Azad University of Technology,WB, India | |
PO-C-10 | Performance Analysis of SBAS Aided GNSS Positioning |
Jyothirmaye S, Satya Srinivas Vemuri, Ramu B | |
Geethanjali College of Engineering and Technology, India | |
PO-C-11 | IRNSS User Range Accuracy Evaluation for Receiver Autonomous Integrity |
Sony Devalapally, Satya Srinivas Vemuri | |
Geethanjali College of Engineering and Technology, India | |
PO-C-12 | Statistical Orbit Determination for Geostationary and Geosynchronous Satellite Orbits in BeiDou Constellation: A Simulation Study |
Radhika Chipade (1), T. V. Ramanathan (2) | |
(1) Space Applications Centre (ISRO), India; (2) S. P. Pune University, India | |
PO-C-13 | Experimental Studies on Energy / Eigenvalue based Spectrum Sensing Algorithms using USRP Devices in OFDM Systems |
Abhishek Kumar, Aamir Suhail Khan, Nitesh Mondwal, Seemanti Saha | |
National Institute of Technology Patna, India | |
PO-C-14 | Fast Satellite Selection Techniques and DOPs for Multi-GNSS Positioning |
Jyothirmaye S, Satya Srinivas Vemuri, Ramu B | |
Geethanjali College of Engineering and Technology, India | |
PO-C-15 | Statistical Modelling of GNSS Multipath Error Using Triple-Frequency Linear Combination |
Sirisha Venkatapuram, Satya Srinivas Vemuri, Rajini Peddi | |
Geethanjali College of Engineering and Technology, India | |
PO-C-16 | Preliminary Results on the Performance of Cost-effective GNSS Receivers for RTK |
Somnath Mahato (1), Atanu Santra (1), Sukabya Dan (1), Partha Rakshit (1), Parmeswar Banerjee (2), Anindya Bose (1) | |
(1) The University of Burdwan, India; (2) Former NPL, India | |
PO-C-17 | Code-phase based combined GPS-Galileo positioning using Ionosphere-free linear combination |
Satya Srinivas Vemuri (1), Yedukondalu Kamatham (2) | |
(1) Geethanjali College of Engineering and Technology, India; (2) CVR College of Engineering, India | |
PO-C-18 | Position Domain analysis of modernized GPS Ionosphere-free Code Observations |
Satya Srinivas Vemuri (1), Yedukondalu Kamatham (2) | |
(1) Geethanjali College of Engineering and Technology, India; (2) CVR College of Engineering, India | |
PO-C-19 | Soil Moisture Retrieval using Indigenously Developed NavIC-GPS-SBAS Receiver: Initial Results |
Radhika Chipade, Rajat Acharya | |
Space Applications Centre (ISRO), India | |
PO-C-20 | Development and Evaluation of AI System to Specify Favourable Launch Windows of Space Vehicles from the MST Radar Data |
Polaiah Bojja, Pamula Raja Kumari | |
KLEF Deemed to be University, India | |
PO-C-21 | Performance Analysis of Array Signal Processing Algorithms for Adaptive Beamforming |
Saurav Ganguly (1), Jayanta Ghosh (2), Puli Kishore Kumar (3) | |
(1) National Institute of Technology Patna, India; (2) National Institute of Technology, Patna, India; (3) National Institute of Technology, Andhra Pradesh, India | |
PO-C-22 | Lower atmospheric characteristics and Ionospheric backscatter observed using Calcutta University ST Radar (CU-STR) |
Tanmay Das (1), P Nandakumar (2), Gopal Singh (2), Debyendu Jana (2), Ashik Paul (1) | |
(1) University of Calcutta, India; (2) IRPE,CU, India | |
PO-C-23 | Implementation of Adaptive 24 GHz Doppler radar |
Soumyasree Bera (1), Manisha Das (2), Tarini Singh (2), Rabindranath Bera (2) | |
(1) Sikkim Manipal University, India; (2) Sikkim Manipal Institute of Technology, India | |
PO-C-24 | A Novel Approach For Radar PRI Classification Based on Features Estimation |
Pawan Barnwal, Dhaval Upadhyay, Subhash Chandra Bera | |
Space Applications Centre (ISRO), India | |
PO-C-25 | ARIES ST Radar (ASTRAD) at a mountain site (Nainital) in the central Himalayas |
Manish Naja, Samaresh Bhattacharjee, Ashish Kumar, Narendra Singh, Phani Kumar | |
ARIES, India | |
PO-C-26 | Robust Beamforming for X-Band Phased Array Weather Radar |
Swaroop Sahoo (1), Kumar Vijay Mishra (2), Shaik Sharif (3) | |
(1) Indian Institute of Technology Palakkad, India; (2) United States Army Research Laboratory, USA; (3) Indian Institute of Technology Madras, India | |
PO-C-27 | Millimeter Wave Automotive Radar Phenomenological Modeling |
Zora Slavik (1), Kumar Vijay Mishra (2) | |
(1) FZI Forschungszentrum Informatik, Germany; (2) United States Army Research Laboratory, USA | |
PO-C-28 | Two decades of Indian MST Radar |
Thommundru Rajendra Prasad (1), T V C Sarma (2) | |
(1) National Atmospheric Research Laboratory, India; (2) National Atmospheric Research Laboratory, India | |
PO-C-29 | Physical Layer Security under Accumulated Harvested Energy from RF Source |
Shashibhushan Sharma, Sanjay Dhar Roy, Sumit Kundu | |
National Institute of Technology Durgapur, India | |
PO-C-30 | Modelling radio wave propagation for wireless communication systems |
Hasanain Al-Behadili (1), Saddam Alwane (2) | |
(1) University of Misan, Iraq; (2) University of Technology, Iraq | |
PO-C-31 | Development of Climber Location Information Sharing System in Japanese Northern Alps |
Keigo Ishisaka (1), Kaori Kobayashi (1), Yuhei Oguri (1), Yoshihiro Honma (2) | |
(1) Toyama Prefectural University, Japan; (2) Hokuriku Electric Industry Co., Ltd, Japan | |
PO-C-32 | Frequency-Controlled Impedance Matching System for Microwave Heating |
Satoshi Tsukamoto (1), Asako Suzuki (2), Kaiji Nakahara (1), Naoki Sakai (1), and Takashi Ohira (1) | |
(1) Toyohashi University of Technology, Japan; (2) Adamant Namiki Precision Jewel Co., Ltd., Japan | |
PO-C-33 | Estimation of turbulence parameters in the lower atmosphere using the high resolution ARIES ST Radar (ASTRAD) Observations: First results from Central Himalayan region |
Aditya Jaiswal (1), D V Phanikumar (1), Samaresh Bhattacharjee (2), Manish Naja (2) | |
(1) Aryabhatta Reserach Institute of Observational Sciences, India; (2) ARIES, India | |
Th-CO7-1 (Invited) | Design of Control Loop For Smooth Automatic Steering of Atomic Clocks |
Konstantin Mishagin | |
Vremya-CH JSC, Russia | |
Th-CO7-2 (Invited) | Indian Rubidium Atomic Frequency Standard (iRAFS) Development for Satellite Navigation |
Thejesh Bandi | |
Indian Space Research Organisation, India | |
Th-CO7-3 (Invited) | Indian Regional Navigation Satellite System Ground Segment : An Invited Talk |
Subramanya Ganesh T | |
Indian Space Research Organisation, India | |
Th-CO7-4 (Invited) | Russian Hydrogen Masers For Ground And Space Applications |
Nikolay Demidov, Alexander Belyaev, Sergey Medvedev, Boris Sakharov, Yuriy Pavlenko | |
Vremya-CH JSC, Russia | |
Th-CO7-5 | NaVIC user segment Possibilities, Oppurtunities and challenges |
Vyasaraj Rao | |
Accord Software & Systems Pvt Ltd, India | |
Th-CO7-6 | Optimization of sensor disposition for accurate localization in a practical environment |
Jun Sakai, Masaki Kitsunezuka | |
NEC, Japan | |
Th-CO8-1 (Invited) | CDM-MIMO in Next-Generation mmWave Automotive Radar Sensors |
Mohammad Alaeekerahroodi | |
University of Luxembourg, Luxembourg | |
Th-CO8-2 (Invited) | High Precision Target Localization Using a Sub-Nyquist Super-Resolution Radar |
Sunil Rudresh, Saurav Kumaraswami Shastri, Chandra Sekhar Seelamantula | |
Indian Institute of Science, India | |
Th-CO8-3 | Gadanki Active Phased Array MST Radar: Multi-channel capabilities and initial results |
Durga Rao (1), Kamaraj P (1), Jayaraj K (1), Kamal Kumar (1), Prasad Kmv (1), Raghavendra J (1), T Narayana Rao (1), Amit Patra (2) | |
(1) National Atmospheric Research Laboratory, India; (2) National Atmospheric Research Laboratory, Gadanki, India | |
Th-CO8-4 | Reconfigurable Metasurfaces for Radar and Communications Systems |
Kumar Vijay Mishra (1), John Hodge (2), Amir Zaghloul (1) | |
(1) United States Army Research Laboratory, USA; (2) Virginia Tech, USA | |
Th-CO8-5 | Development of 445 MHz multi-receiver atmospheric radar at NARL |
P Yasodha (1), A Thriveni (1), T Narayana Rao (2), Amit P Kesarkar (1) | |
(1) National Atmospheric Research Laboratory, India; (2) National Atmospheric Research Laboratory, India | |
Th-CO9-1 | Positive-Negative Array-Element Based Single-Antenna Full-Duplex Self-Interference Mitigation |
Wenchi Cheng, Jianyu Wang, Hailin Zhang | |
Xidian University, China | |
Th-CO9-2 | IoTligent: First World-Wide Implementation of Decentralized Spectrum Learning for IoT Wireless Networks |
Christophe Moy | |
University of Rennes, France | |
Th-CO9-4 | Nonalcoholic Fatty Liver Texture Characterization based on Transfer Deep Scattering Convolution Network and Ensemble Subspace KNN classifier |
Bharath Ramkrishna, Rajalakshmi Pachamuthu | |
Indian Institute of Technology Hyderabad, India | |
Th-CO9-5 | Integrated Processing of Radar Detection and Classification for Moving Target via Time-frequency Graph and CNN Learning |
Xiaolong Chen, Ningyuan Su, Jian Guan, Xiaoqian Mu | |
Naval Aviation University, China | |
Th-CO9-6 | Transfer Reinforcement Learning based Framework for Energy Savings in Cellular Base Station Network |
Shreyata Sharma, Sumit Darak, Anand Srivastava | |
Indian Institute of Technology Delhi, India | |
Mo-DO1-1 (Invited) | Reconfigurable MEMS metamaterial based active THz photonics |
Ranjan Singh, Manukumara Manjappa, Prakash Pitchappa | |
Nanyang Technological University, Singapore | |
Mo-DO1-2 | A 0.33-0.73 THz source based on phase-locked Josephson flux-flow oscillator |
Nickolay Kinev | |
Kotelnikov Institute of Radio-engineering and Electronics RAS, Russia | |
Mo-DO1-3 | Near-field vertical coupling between terahertz photonic crystal waveguides |
Daniel Headland, Xiongbin Yu, Masayuki Fujita, Tadao Nagatsuma | |
Osaka University, Japan | |
Mo-DO1-4 | Compact Wide Stopband Half-Mode Substrate Integrated Waveguide Bandpass Filter with Co-planar Waveguide |
Sambaiah Pelluri, Mv Kartikeyan | |
Indian Institute of Technology Roorkee, India | |
Mo-DO1-5 | Carbon Nanotubes and Nanostructures-Multifunctional Material for Emission Electronics |
Yury Gulyaev | |
Kotelnikov Institute of Radio-engineering and Electronics RAS, Russia | |
Mo-DO2-1 (Com. Keynote) | Terahertz-wave Applications Enabled by Photonics and Electronics |
Tadao Nagatsuma | |
Osaka University, Japan | |
Mo-DO2-2 (Invited) | Broadband and High Electric Field THz Pulse Emission from Photoconductive Emitters |
Abhishek Singh, Alexej Pashkin, Stephan Winnerl, Manfred Helm, Harald Schneider | |
Helmholtz-Zentrum Dresden-Rossendorf, Germany | |
Mo-DO2-3 (Invited) | Stochastic Collocation based FEM Procedure for Terahertz Structures |
K J Vinoy | |
Indian Institute of Science, India | |
Mo-DO2-4 (Invited) | Physics based Device Modeling of GaN High Electron Mobility Transistor (HEMT) for Terahertz Applications |
Rakesh Kaneriya (1), Gunjan Rastogi (2), Palash Basu (3), R B Upadhyay (2), Apurba Bhattacharya (2) | |
(1) SAC/ISRO, India; (2) SAC, ISRO, India; (3) IIST, India | |
Mo-DO2-5 (Invited) | Superconductor Terahertz Photonics |
Ranjan Singh, Yogesh Kumar Srivastava | |
Nanyang Technological University, Singapore | |
Tu-DO3-1 (Invited) | On the Development of Intense THz sources for nonlinear optics and spectroscopy |
Sunil Kumar | |
Indian Institute of Technology Delhi, India | |
Tu-DO3-2 (Invited) | Recent advances in microwave metasurfaces |
David Powell, Ashif Fathnan, Andreas Olk | |
University of New South Wales, Canberra, Australia | |
Tu-DO3-3 | Simultaneous excitation of Fano-like resonance at multiple frequencies in RF domain using Brillouin pathways |
Siva Shakthi A (1), Ravi Pant (2) | |
(1) Indian Institute of Science Education and Research, TVM, India; (2) Indian Institute of Science Education and Research, Thiruvananthapuram, Kerala, India | |
Tu-DO3-4 (Invited) | Resonance Broadening in Concentric Coupled Resonators based Metamaterials |
Deepak Kumar (1), Ravi Kumar Jain (2), Shahjahan - (3), Shriganesh Prabhu (4), Dibakar Roy Chowdhury (3) | |
(1) Panjab University, India; (2) Tata Institute of Fundamental Research, Mumbai, India; (3) Mahindra Ecole Centrale, Telangana, India ; (4) Tata Institute of Fundamental Research, India | |
Tu-DO3-5 (Invited) | Physics based simulation for studying the impact of contact resistance on DC & RF characteristics of AlGaN/AlN/GaN HEMT |
Gunjan Rastogi (1), Rakesh Kaneriya (2), Santanu Sinha (2), R B Upadhyay (2), Apurba Bhattacharya (2) | |
(1) SAC/ISRO, India; (2) SAC, ISRO, India | |
Tu-DO3-6 (Invited) | High SHF band RF Signal over Multi-Mode Fiber Employing Directly Modulated VCSEL |
Takamitsu Aiba (1), Hiroki Yasuda (1), Atsushi Kanno (2), Naokatsu Yamamoto (2), Tetsuya Kawanishi (3), Tomohiro Wakabayashi (1) | |
(1) YAZAKI Corporation, Japan; (2) National Institute of Information and Communications Technology, Japan; (3) Waseda University, Japan | |
Tu-DO4-1 | Exciton binding energy in GeSn Quantum Wells: Fractional Dimensional and k.p calculations |
Prasanta Kumar Basu (1), Bratati Mukhopadhyay (1), Gopa Sen (1), Guo-En Chang (2) | |
(1) University of Calcutta, India; (2) National Chung Cheng University, Taiwan | |
Tu-DO4-2 (Invited) | Recent progress in carrier-envelope phase stabilization: towards zeptosecond timing jitters |
Guenter Steinmeyer | |
Max-Born-Institut, Germany | |
Tu-DO4-3 (Invited) | Femtosecond Laser Induced Spatiotemporal Control for Remote Sensing and Computation at Nanoscale |
Debabrata Goswami | |
Indian Institute of Technology, Kanpur, India | |
Tu-DO4-4 (Invited) | Ultrafast Turbulence Flow Characteristics using Time-Stretch Imaging |
Hossein Asghari, Mohammed Bukhalaf, Emin Issakhanian | |
Loyola Marymount University, USA | |
Tu-DO4-5 | Manifesting the Effects of Thermal Nonlinearity in Optical Trapping for Rayleigh Regime |
Debabrata Goswami, Tushar Gaur, Soumendra Nath Bandyopadhyay | |
Indian Institute of Technology Kanpur, India | |
Tu-DO4-6 | Long lived hydroxyl radical generation in water by ultrafast laser irradiation |
Abhinandan Ambastha (1), Anil Shanbag (2), Jayashree Dharmadhikari (3), Aditya Dharmadhikari (1), Jyotishman Dasgupta (1) | |
(1) Tata Institute of Fundamental Research, India; (2) Bhabha Atomic Research Centre, India; (3) Manipal Academy of Higher Education, India | |
Tu-DO5-1 (Invited) | Hot carrier dynamics in broadband plasmonic structures |
Venu Gopal Achanta, Banoj Kumar Nayak | |
Tata Institute of Fundamental Research, India | |
Tu-DO5-3 (Invited) | The processing and heterostructuring of silk with fs pulses |
Kamal P. Singh | |
Indian Institute of Science Education and Research Mohali, India | |
Tu-DO5-4 (Invited) | Functional materials engineering for electronics and optoelectronics |
Taimur Ahmed, Sruthi Kuriakose, Sumeet Walia | |
RMIT University, Australia | |
Tu-DO5-7 | Spatial shaping of femtosecond beam for controlling attosecond pulse |
Ms Sidhu, Sunil Dahiya, Akansha Tyagi, Kamal P. Singh | |
Indian Institute of Science Education and Research Mohali, India | |
We-DO6-1 (Invited) | A Wireless Power Transfer with Low Sensitivity to Lateral Misalignment |
Adel Barakat, Ramseh K. Pokharel, Kuniaki Yoshitomi | |
Kyushu University, Japan | |
We-DO6-2 (Invited) | Wireless Charging System of Electric Bicycle via Microwave |
Naoki Shinohara | |
Kyoto University, Japan | |
We-DO6-3 (Invited) | Development of Battery-less Sensor for Maintenance of Infrastructures with Microwave Power Transfer |
Naoki Shinohara (1), Shigemi Masuda (2) | |
(1) Kyoto University, Japan; (2) MinebeaMitsumi, Inc., Japan | |
We-DO6-4 | Numerical Estimation on Indoor Propagation Characteristics for RF Wireless Power Transfer |
Takashi Hikage | |
Hokkaido University, Japan | |
We-DO6-6 | Mechanically Frequency Reconfigurable Antenna and its Application as a Fluid Level Detector for Wireless Sensor Networks |
Athira Raveendran, Phalguni Mathur, Sujith Raman | |
Bharathiar University, India | |
We-DO7-1 (Invited) | Application-specific Specialty Optical Fibers: A new Paradigm in Fiber Designs |
Bishnu Pal (1), Somnath Ghosh (2), Ajanta Barh (3), R.K. Varshney (4) | |
(1) Mahindra Ecole Centrale, India; (2) Indian Institute of Technology Jodhpur, India; (3) DTU, Denmark; (4) Indian Institute Delhi, India | |
We-DO7-2 (Invited) | Modal and Propagation Studies of Photonic Lanterns |
Anurag Sharma, Sugeet Sundar | |
Indian Institute of Technology Delhi, India | |
We-DO7-3 (Invited) | Generation of Pulsed Fiber Laser: ns to fs domain |
Mrinmay Pal | |
CSIR-Central Glass & Ceramic Research Institute, India | |
We-DO7-4 | Enhanced Signal-to-Noise Ratio of Ge/Ge1-xSnx/Ge based Multiple Quantum Well Heterojunction Phototransistor for SWIR Photodetection |
Harshvardhan Kumar, Rikmantra Basu | |
National Institute of Technology Delhi, India | |
We-DO7-5 | Characteristics of Group III-V Based Multiple Quantum Well Transistor Laser: A simulation based Analysis |
Jaspinder Kaur (1), Rikmantra Basu (1), Ajay Kumar Sharma (2) | |
(1) National Institute of Technology Delhi, India; (2) Dr. B. R. Ambedkar national institute of Technology, Jalandhar, India | |
We-DO7-6 | Challenges in design and development of Compressive Sensing based Single pixeloptical Camera System for Spaceborne missions |
Jitendra Kumar, B N Sharma, Arti Sarkar | |
Space Applications Centre (ISRO), India | |
PO-D-1 | Transitions from SIW to Various Transmission Lines for Substrate Integrated Circuits |
Souma Guha Mallick (1), G. Arun Kumar (2), Sayan Chatterjee (3), Bijit Biswas (4), D. R. Poddar (3) | |
(1) Supreme Knowledge Foundation Group of Institutions, India; (2) N.I.T., Warangal, India; (3) Jadavpur University, India; (4) Society for Applied Microwave Electronics Engineering and Research, India | |
PO-D-2 | A Broadband Bandpass FSS Filter in Terahertz Region |
Somak Bhattacharyya (1), Sambuddha Sarkar (2), Tanmoy Chakrabarti (2), Sambit Kumar Ghosh (1) | |
(1) Indian Institute of Technology (BHU), India; (2) Academy of Technology, Hooghly, India | |
PO-D-3 | Planar Metamaterial with Simultaneous Giant Circular Dichroism and Wavefront Control |
He-Xiu Xu, Cheng-Wei Qiu | |
National University of Singapore, Singapore | |
PO-D-4 | Mode Analysis and Design of PBG Cavity for Tunable Gyrotron |
Rajanish Singh (1), Thottappan M (2) | |
(1) Indian Institute of Technology (BHU), India; (2) Indian Institute of Technology (BHU), India | |
PO-D-5 | PIC Simulation study of L-band Bifrequency Magnetically insulated line oscillator |
Arjun Kumar (1), Prabhakar Tripathi (2), Smrity Dwivedi (2), P. K. Jain (2) | |
(1) Indian Institute of Technology (BHU), India; (2) Indian Institute of Technology (BHU), India | |
PO-D-6 (Invited) | Manufacturing of Integrated Photonic Devices |
Ajoy Kar | |
Heriot Watt University, United Kingdom | |
PO-D-7 | Cross-Shaped Rounded Corner Terahertz Bandpass Filter on Silicon |
Anuj Bhatnagar (1), Kshitij Mitthioliya (1), Lakshmi Nair (1), Rutuja Tare (1), Ravi Kumar Jain (2), Shriganesh Prabhu (2) | |
(1) Society for Applied Microwave Electronics Engineering and Research, India; (2) Tata Institute of Fundamental Research, India | |
PO-D-8 | Beam-wave Interaction Analysis of X-band Gridless Reltron |
Prabhakar Tripathi (1), Arjun Kumar (2), Soumojit Shee (1), Smrity Dwivedi (2), P. K. Jain (2) | |
(1) Indian Institute of Technology (BHU), India; (2) Indian Institute of Technology (BHU), India | |
PO-D-9 | Low Noise L Bnad PLL -VCO designed for the IRNSS-Rx using BiCMOS 180 nm Process |
Pankaj Jain (1), Shalabh Gupta (2) | |
(1) Space Applications Centre (ISRO), India; (2) Indian Institute of Technology Bombay, India | |
PO-D-10 (Invited) | Time-domain Terahertz spectroscopy for non-destructive evaluation of thermal barrier coating on aircraft turbine blades |
Rajeev Kini | |
Indian Institute of Science Education and Research Thiruvananthapuram, India | |
PO-D-11 | Direct Generation Of RF Signals using Photonic Heterodyne method For Radar Applications |
Meena Dasan (1), Harshitha B S (2), Kavyashree B K (2) | |
(1) Electronics and Radar Development Establishment, India; (2) Malnad College of Engineering, India | |
PO-D-12 | Analysis of Propagation Loss in Silicon-on-Insulator based Photonic Rib Waveguide with Small Cross Section |
Veer Chandra, Rakesh Ranjan | |
National Institute of Technology Patna, India | |
PO-D-13 | Space Filling Curves: Heuristics For Semi Classical Lasing Computations |
Debabrata Goswami, Rohit Goswami, Amrita Goswami | |
Indian Institute of Technology Kanpur, India | |
PO-D-14 | Hybrid Inkjet Printing Technology for Self-sustainable Wireless Sensors |
Sangkil Kim | |
Pusan National University, Korea | |
PO-D-15 | Transient response of fish cornea towards a single femtosecond pulse |
Ms Sidhu, Kamal P. Singh | |
Indian Institute of Science Education and Research Mohali, India | |
PO-D-16 | Molecular Size and Mass Sensitive Femtosecond Thermal Spectrometer |
Debabrata Goswami (1), Sonaly Goswami (1), Arup Banerjee (2), Sumit Singhal (1) | |
(1) Indian Institute of Technology Kanpur, India; (2) Space Technology Center, ISRO, Ahmedabad, India | |
PO-D-17 | Picometer scale single-shot photo-mechanical dynamics of candle flame plasma |
Pooja Munjal, Vishavdeep Vashisht, Kamal P. Singh | |
Indian Institute of Science Education and Research Mohali, India | |
PO-D-18 | Optically probing sub-nanometer photo-dynamics of solid surfaces |
Pooja Munjal, Kamal P. Singh | |
Indian Institute of Science Education and Research Mohali, India | |
PO-D-19 | Frequency Shifted Feedback: An Artificial Saturable Absorber for Generation of Passive Q-switch Pulses |
Nishant Shekhar (1), Chandan Guha (2), Ranjan Sen (1), Mrinmay Pal (1) | |
(1) CSIR-Central Glass & Ceramic Research Institute, India; (2) Jadavpur University, India | |
PO-D-20 | Embedded Solenoid Coil to Improve Misalignment in Magnetic Resonance Power Transfer System |
Chiang Ya-Lun, Heng-Ming Hsu | |
National Chung Hsing University, Taiwan | |
PO-D-21 | Computer-aided Characterization of a Novel Subcarrier De-multiplexing Scheme for SCM Optical Communication Systems |
Sauradeep Kar (1), Subal Kar (2), Sukhendu Bhanja (2) | |
(1) Jadavpur University, India; (2) Society for Applied Microwave Electronics Engineering and Research Kolkata Centre, India | |
PO-D-22 | Probing ultrafast dynamics of photoexcited Bismuth nanostructure |
Chhavi Sharma, Mahesh Kumar | |
CSIR-National Physical Laboratory, India | |
PO-D-23 | DESIGN OF RING OSCILLATOR BASED PUF WITH ENHANCED CHALLENGE RESPONSE SET AND ERROR CORRECTING CAPABILITY |
Suchismita Batabyal, A A Bazil Raj | |
Defence Institute of Advanced Technology, India | |
PO-D-24 | An Improved T-Junction Power Divider Using Linearly Tapered Microstrip Lines |
Ramanand Sagar Sangam, Rakhesh Singh Kshetrimayum | |
Indian Institute of Technology Guwahati, India | |
PO-D-26 | ISOLATION ENHANCEMENT IN TWO PORT MIMO SYSTEM USING PARALLEL COUPLED LINES |
Robert Mark (1), Neha Rajak (2), Soma Das (1) | |
(1) Guru Ghasidas University Bilaspur, India; (2) Birla Institute of Technology, Mesra, India | |
Th-DO8-1 (Invited) | All-optical clock recovery from advanced modulation formats through injection-locking of fiber laser |
Deepa Venkitesh (1), Manas Srivastava (2), Lakshminarayanan V (2), Balaji Srinivasan (2) | |
(1) Indian Institute of Technology Madras, India; (2) Indian Institute of Technology Madras, India | |
Th-DO8-2 (Invited) | Microwave photonic signal processing exploiting coherent interactions between Brillouin Stokes and anti-Stokes resonances |
Ravi Pant (1), Siva Shakthi A (2) | |
(1) Indian Institute of Science Education and Research, TVM, India; (2) Indian Institute of Science Education and Research (IISER), Thiruvananthapuram, India | |
Th-DO8-3 (Invited) | Dynamical evolution in gate-tunable graphene frequency combs |
Chee Wei Wong (1), Abhinav Kumar Vinod (2) | |
(1) University of California, USA; (2) University of California, Los Angeles, USA | |
Th-DO8-4 (Invited) | Design and evaluation of medical microwave radiometer for measuring tissue temperature |
Kavitha Arunachalam (1), Vidyalakshmi Ravi M (2), Rachana Akki S (3), Sathya Priya Sugumar (1), Krishnamurthy Cv (2) | |
(1) Indian Institute of Technology Madras, India; (2) Indian Institute of Technology Madras, India; (3) R. V. College of Engineering, Bangalore, India | |
Th-DO8-5 (Invited) | Modulation of THz fields in semiconductors |
Tsuneyuki Ozaki | |
INRS-EMT, Canada | |
Th-DO8-6 (Invited) | Generation of ultralow-phase-noise millimeter-wave signal using an electro-optics-modulation comb |
Atsushi Ishizawa (1), Tadashi Nishikawa (2), Kenichi Hitachi (1), Hideki Gotoh (1) | |
(1) NTT Basic Research Laboratories, Japan; (2) Tokyo Denki University, Japan | |
Mo-EO1-1 (Com. Keynote) | Intentional Electromagnetic Interference and Critical Infrastructure |
Rajeev Thottappillil (1), Mats Backstrom (2) | |
(1) KTH Royal Institute of Technology, Sweden; (2) SAAB AB, Sweden | |
Mo-EO1-2 (Invited) | Cable Conduits with Non-linear Permeabilities |
Dave Giri (1), Fred Tesche (2) | |
(1) University of New Mexico, USA; (2) Pro-Tech, USA | |
Mo-EO1-3 (Invited) | Electromagnetic Field due to a Single Electron Avalanche on Transmission Line Conductors |
Debasish Nath, Udaya Kumar | |
Indian Institute of Science, India | |
Mo-EO1-4 | On the Quantification of the Uncertainty of an Electromagnetic Prediction - An Application with Experimental Verification |
Carlo Carobbi | |
University of Florence, Italy | |
Mo-EO1-5 | Calculation of the Lightning Induced Response on Overhead Transmission Lines based on the Electric Field Representation Methods |
Jun Guo, Yan-Zhao Xie | |
Xi'an Jiaotong University, China | |
Tu-EO2-1 (Invited) | A History of RFI Protection of Radio Astronomy and the Latest Threats |
Tomas Gergely | |
Consultant to CORF, USA | |
Tu-EO2-2 (Invited) | Committee on Radio Astronomy Frequencies of the European Science Foundation (CRAF) - Quo Vadis? |
Michael Lindqvist | |
Chalmers University of Technology, Sweden | |
Tu-EO2-3 (Invited) | RFI Mitigation of FAST: Challenge & Solution |
Haiyan Zhang, Mingchang Wu | |
National Astronomical Observatories, CAS, China | |
Tu-EO2-4 | Using Machine Learning for the detection of Radio Frequency Interference |
Kevin Vinsen (1), Samuel Foster (2), Richard Dodson (2) | |
(1) University of Western Australia, Australia; (2) ICRAR, Australia | |
Tu-EO2-5 | RFI Prediction for QTT Restricted Area |
Ye Liu, Qi Liu, Yang Wang, Yue Wang | |
XinJiang Astronomical Observatory, CAS, China | |
Tu-EO2-6 | Robust Power-line RFI Filtering for Radio Telescopes |
Kaushal Buch, Kishor Naik, Sanjay Kudale, Mekhala Muley, Ruta Kale, Ajithkumar B., Yashwant Gupta | |
Giant Metrewave Radio Telescope, NCRA-Tata Institute of Fundamental Research, India | |
We-EO3-1 (Invited) | Radio Spectrum Regulation and Management - Radio Astronomy |
Anastasios Tzioumis | |
CSIRO, Australia | |
We-EO3-2 (Invited) | A monitoring method based on ADS-B messages and terrestrial radio spectrum data fusion |
Ming Huang (1), Xiao Yun Zhang (1), Jun Chang Chen (2), Jing Jing Yang (1) | |
(1) Yunnan University, China; (2) Yunnan Radio Monitoring Station of the State Radio monitoring center, China | |
We-EO3-3 | RFI mitigation strategies for next generation phased array radio telescopes |
Paulus Kruger, Mark Ruiter, Stefan Wijnholds, Michiel Brentjes | |
ASTRON, Netherlands | |
We-EO3-4 | Analysis of Interference to S-Band Geo-Mobile Satellite Services from 4G LTE Systems |
Saket Buch, Dhaval Upadhyay, Ujjwal Gangele, Ekta Dogra, Vijay S. Bhadouria, Subhash Chandra Bera | |
SAC/Indian Space Research Organisation, India | |
We-EO3-5 | Optically Transparent EMI Shielding Nanocomposite for X band |
Suwarna Datar, Bishakha Ray, Saurabh Parmar, Kalyani Date | |
Defence Institute of Advanced Technology, India | |
We-EO3-6 | Spectrum monitor system at QTT site |
Qi Liu (1), Ye Liu (1), Yue Wang (1), Na Wang (2), Feng Liu (2), Hao Yan (2), Yang Wang (1) | |
(1) XinJiang Astronomical Observatory, CAS, China; (2) Xinjiang Astronomical Observatory, Chinese Academy of Science, China | |
PO-E-1 | Modeling and Simulation for Electromagnetic Emission of Maglev Train |
Zhang Jinbao, Lu Xing, Dan Zhang, Jianjun Xiao | |
Beijing Jiaotong University, China | |
PO-E-2 | The Use of the Predictive Posterior of the 3-Parameter Log-Normal Distribution for the Quantification of Measurement Uncertainty in EMC |
Carlo Carobbi | |
University of Florence, Italy | |
PO-E-3 | Analysis of Soft-Faults induced by IEMI in Elementary Functions and Complex Electronics |
Emmanuel Cottais (1), Jose Lopes (1), Chaouki Kasmi (2) | |
(1) ANSSI, France; (2) Darkmatter LLC, United Arab Emirates | |
PO-E-4 | Monitoring, Characterization and Mitigation of RFI at uGMRT |
Ankur . | |
Giant Metrewave Radio Telescope, NCRA-Tata Institute of Fundamental Research, India | |
PO-E-5 | An Intelligent Radio monitoring Architecture Based on Edge Computing |
Ming Huang, Qian Nan Lu, Mei Xia Yang, Jing Jing Yang | |
Yunnan University, China | |
PO-E-6 | Impact of the Measurement Methods on the Characterization of Transient Electromagnetic (EM) Interferences above 2 GHz in a Railway Environment |
Grecia Romero (1), Virginie Deniau (2) | |
(1) Railenium, France; (2) Ifsttar, France | |
PO-E-7 | Mid-latitude ionospheric response to the super geomagnetic storm of March 2015 |
Sushanta Kumar Mondal (1), Sujay Pal (2), Mahbub Rahaman (3) | |
(1) Sidho Kanho Birsha University, India; (2) University of Calcutta, India; (3) Burdwan University, India | |
PO-E-8 | Possibility of earthquake prediction by using VLF signals |
Suman Ray | |
Indian Centre for Space Physics, India | |
PO-E-9 | Response of the D-region ionosphere associated with large scale tropical Cyclones as observed from VLF radio signals |
Shubham Sarkar, Sujay Pal, Subrata Kumar Midya | |
University of Calcutta, India | |
PO-E-10 | Study of earthquake precursors using Very Low Frequency (VLF) signals received at Cooch Behar in eastern India. |
Bakul Das (1), Prabir Kumar Haldar (1), Chiranjib Barman (2), Arnab Sen (3) | |
(1) Cooch Behar Panchanan Barma University, India; (2) ADRDE-DRDO Programme CAPSS, India; (3) North East Regional Institute of Education (NERIE), NCERT, India | |
PO-E-11 | Neurocoputing Approach to View The Possible Association Between Sunspot Numbers and Indian Summer Monsoon Rainfall |
Goutami Chattopadhyay (1), Surajit Chattopadhyay (2) | |
(1) University of Calcutta, India; (2) Amity University, Kolkata, India | |
PO-E-12 | Initial results from the total lightning detector installed at the Calcutta University |
Sujay Pal, Subrata Kumar Midya | |
University of Calcutta, India | |
PO-E-13 | Lithosphere-Ionosphere Coupling Associated With Major Earthquakes Occurred Around Indian Subcontinent |
Devbrat Pundhir (1), Birbal Singh (2) | |
(1) Raja Balwant Singh Engineering Technical Campus, India; (2) Raja Balwant Singh Engineering Technical Campus,, India | |
PO-E-14 | Lightning Charge Estimation over Eastern Part of Japan by ELF and LLS Observations |
Yasuhide Hobara (1), Ryunosuke Kitamura (2), Tomomi Narita (3), Daisuke Ohta (4), Taishi Tsuya (4) | |
(1) The University of Electro-Communications, Japan; (2) The University of Electro-Communication, Japan; (3) Shonan Intsitute of Technology, Japan; (4) Tepco Power Grid, Japan | |
PO-E-15 | Mid-latitude and high latitude ionospheric disturbances during Sudden Stratospheric Warming events observed by VLF/LF signals |
Arnab Sen (1), Sujay Pal (2) | |
(1) North East Regional Institute of Education, NCERT, India; (2) University of Calcutta, India | |
PO-E-16 | An Empirical Performance Study of IRNSS S-band Signals under Bluetooth Interference |
Uttama Ghosh Dutta | |
Chaitanya Bharathi Institute of Technology, India | |
PO-E-17 | An innovative approach to interference geolocation using rain fade |
Kirti Agarwal, S K Khuba, K Ratnakara | |
Master Control Facility, ISRO, India | |
PO-E-19 | METAMATERIAL ABSORBER (MMA) IN X-BAND, FOR STEALTH APPLICATIONS |
Suwarna Datar, R K Mishra, Ravi Gupta | |
Defence Institute of Advanced Technology, India | |
Th-EO4-1 (Invited) | Information leakage and simplified recovery from monitor |
Donghoon Choi, Ho Seong Lee, Jong-Gwan Yook | |
Yonsei University, South Korea | |
Th-EO4-2 | Optimized Time-Frequency Processing Dedicated to the Detection of Jamming Attacks on Wi-Fi Communications |
Virginie Deniau (1), Raouf Kousri (2), Christophe Gransart (1), Jonathan Villain (2) | |
(1) Ifsttar, France; (2) Railenium, france | |
Th-EO4-3 | An Empirical Performance Study of IRNSS S-band Signals under Wi-Fi Interference |
Uttama Ghosh Dutta | |
Chaitanya Bharathi Institute of Technology, India | |
Th-EO4-4 | Second Order Soft Tempest: from Internal Cascaded Electromagnetic Interactions to Long Haul Covert Channels |
Jose Lopes (1), Emmanuel Cottais (1), Chaouki Kasmi (2) | |
(1) ANSSI, France; (2) Darkmatter LLC, United Arab Emirates | |
Th-EO4-6 | Wavelet Decomposition based Channel Estimation and Digital Domain Self-Interference Cancellation in In-band Full-Duplex OFDM Systems |
Abhishek Kumar, Tripta ., Seemanti Saha | |
National Institute of Technology Patna, India | |
Th-EO5-1 | Total Lightning Activities during Recent Extreme Weather Events in Japan |
Yasuhide Hobara (1), Shintaro Kono (1), Tetsuya Ogawa (1), Stan Heckman (2), Micahel Stock (2) | |
(1) The University of Electro-Communications, Japan; (2) Earth Networks, USA | |
Th-EO5-2 (Invited) | Modeling of VLF network observations due to lower ionospheric perturbation during a solar eclipse |
Tamal Basak | |
Amity University, India | |
Th-EO5-3 | Optical lightning observations with photometers on the International Space Station and Radio observations from the ground |
Hiroshi Kikuchi (1), Mitsuteru Sato (2), Tomoo Ushio (1), Takeshi Morimoto (3), Atsushi Yamazaki (4), Makoto Suzuki (4), Zen Kawasaki (5) | |
(1) Tokyo Metropolitan University, Japan; (2) Hokkaido University, Japan; (3) Kinki University, Japan; (4) Japan Aerospace Exploration Agency, Japan; (5) Osaka University, Japan | |
Th-EO5-4 (Invited) | Seismic Influence On The Ionosphere As Determined From Ground Based Multi-experimental Approach |
Birbal Singh | |
Raja Balwant Singh Engineering Technical Campus, India | |
Th-EO5-5 (Invited) | ELF inversion of Global Lightning Activity and a Comparison with VLF Methods |
Anirban Guha (1), Earle Williams (2), Yakun Liu (3), Mike Atkinson (4), Rollin Mccraty (4), Boris Fain (5), Ryan Said (6), Erno Pracser (7), Tamas Bozoki (7), Gabriella Satori (7) | |
(1) Tripura University, India; (2) Massachusetts Institute of Technology, USA; (3) Shanghai Jiao Tong University, China; (4) HeartMath Institute, USA; (5) Stanford University, USA; (6) Vaisala Inc., USA; (7) Research Centre for Astronomy and Earth Sciences, Hungary | |
Th-EO5-6 | Origin and Nature of Electromagnetic Interference in X-band Weather Radars |
Mattia Vaccarono | |
Colorado State University, USA | |
Th-EO5-7 | Global distributions of Lightning Electrical Energy Estimated by Optical Observations from International Space Station |
Ryunosuke Kitamura (1), Yasuhide Hobara (1), Mitsuteru Sato (2), Yukihiro Takahashi (2), Toru Adachi (3), Tomoo Ushio (4), Makoto Suzuki (5) | |
(1) The University of Electro-Communications, Japan; (2) Hokkaido University, Japan; (3) Meteorological Research Institute, Japan; (4) Tokyo Metropolitan University, Japan; (5) Japan Aerospace Exploration Agency, Japan | |
Mo-FO1-1 (Com. Keynote) | Multi-satellite Global Satellite Mapping of Precipitation (GSMaP) - Design and Product - |
Tomoo Ushio, Tomoaki Mega | |
Tokyo Metropolitan University, Japan | |
Mo-FO1-2 (Invited) | Radar and Lidar Sensing of Aerosols, Clouds, and Precipitation |
Jothiram Vivekanandan | |
National Center for Atmospheric Research, USA | |
Mo-FO1-3 (Invited) | Radio Probing of Planetary Bodies using GMRT and Science |
Anil Bhardwaj | |
Physical Research Laboratory, India | |
Mo-FO1-4 (Invited) | Use of satellite remote sensing for assessment of climate change over the Indian region |
Radhika Ramachandran | |
ISRO, India | |
Mo-FO1-5 (Invited) | Overview of Radio Propagation Models for 5G and beyond |
Claude Oestges | |
ICTEAM UCLouvain, Belgium | |
Mo-FO2-1 (Invited) | About the Impact of NWP Models' Temporal Resolution on Rain Attenuation Forecasts |
Michael Schoenhuber, Felix Cuervo | |
Joanneum Research, Austria | |
Mo-FO2-2 (Invited) | Elevation Scaling of Rain Attenuation Time Series |
Luciano Tomaz, Carlo Capsoni, Lorenzo Luini | |
Politecnico di Milano, Italy | |
Mo-FO2-3 | The Study on Characteristics of Rain Attenuation Along 28 GHz and 38 GHz Line-of-Sight Millimeter-Wave Links |
Congzheng Han, Shu Duan | |
Institute of Atmospheric Physics, CAS, China | |
Mo-FO2-4 | Prediction and Estimation of Rain attenuation of Ka-band signals |
Suji Mol, Rajat Acharya | |
SAC/Indian Space Research Organisation, India | |
Mo-FO2-5 | Using meteorological data for clear sky and cloud attenuation in Belgium and India |
Gargi Rakshit (1), Laurent Quibus (2), Danielle Vanhoenacker-Janvier (2), Animesh Maitra (3) | |
(1) University of Calcutta, India; (2) ICTEAM, UCLouvain, Belgium; (3) Institute of Radio Physics and Electronics, India | |
Mo-FO2-6 | Rain attenuation of Ka-band signal over a Tropical station |
Manoj Mishra (1), Nizy Mathew (1), Renju R (1), Suresh Raju Chellappan Pillai (1), Sujimol Mr (2), Shahana K (2) | |
(1) Space Physics Laboratory, Vikram Sarabhai Space Center, India; (2) Delhi Earth Station, SAC, ISRO, India | |
Mo-FO3-1 (Invited) | Autonomous data collection for Disaster management: location aspects |
Tullio Tanzi (1), Madhu Chandra (2) | |
(1) Institut Mines-Telecom, CNRS, France; (2) Chemnitz University, Germany | |
Mo-FO3-2 (Invited) | GPR Autonomous system for Disaster management: location aspects for bean forming |
Tullio Tanzi (1), Madhu Chandra (2) | |
(1) Institut Mines-Telecom, CNRS, France; (2) Chemnitz University, Germany | |
Mo-FO3-3 | Drought occurrences in mid monsoon period over IGP- a detailed perspective |
Rohit Chakraborty (1), Shamitaksha Talukdar (1), Bijay Kumar Guha (2), M Venkat Ratnam (1) | |
(1) National Atmospheric Research Laboratory, India; (2) National Institute of Technology Raurkella, India | |
Mo-FO3-4 | Deciphering the weakening of the Indian summer monsoon circulation using a regional climate model RegCM4.5 |
Abish B (1), Arun K (2) | |
(1) Nansen Environmental Research Centre India, India; (2) Cochin University of Science and Technology, India | |
Mo-FO3-5 | Eastern Himalayan Glaciar Hazard Analysis Using UAV-A Brief Approach |
Madhura Chakraborty (1), Saurabh Das (2), Swastika Chakraborty (3), Nirmal Rai (4), Aritra Dhar (5), Arnav Sadhu (4), Baishali Gautam (4), Pooja Verma (4), Anindita Singh (4), Chimila Sherpa (4) | |
(1) JISCE, Kalyani, India; (2) Centre of Astronomy, IIT Indore, India; (3) Sikkim Manipal Institute of Technology, India; (4) ) Electronics and Communication Engineering Department, Sikkim Manipal Institute of Technology, Maj, India; (5) Electronics and Communication Engineering Department, Sikkim Manipal Institute of Technology, Majit, India | |
Tu-FO4-1 (Invited) | Measurement-Based Characterization of Non-Stationary Indoor Small-Scale Fading |
Claude Oestges (1), Evgenii Vinogradov (2) | |
(1) ICTEAM UCLouvain, Belgium; (2) KU Leuven, Belgium | |
Tu-FO4-2 (Invited) | Frequency Characteristics of Diffuse Scattering in SHF band in Indoor Environments |
Kentaro Saito (1), Panawit Hanpinitsak (1), Wei Fan (2), Jun-Ichi Takada (1), Gert F. Pedersen (2) | |
(1) Tokyo Institute of Technology, Japan; (2) Aalborg University, Denmark | |
Tu-FO4-3 (Invited) | Convolutional Neural Network for Prediction Method of Path Loss Characteristics considering Diffraction and Reflection in an Open-Square Environment |
Nobuaki Kuno | |
NTT Corporation, Japan | |
Tu-FO4-4 | Effect of propagation path loss in designing two–tier 5G Het-Nets for coverage and rate |
Arijeet Ghosh, Iti Saha Misra | |
Jadavpur University, India | |
Tu-FO4-5 | The Effects of Rain on Millimeter Wave Communication for Tropical Region |
Dalia Das (1), Animesh Maitra (2) | |
(1) Indian Institute of Information Technology Kalyani, India; (2) Institute of Radio Physics and Electronics, India | |
Tu-FO4-6 | 5G NR Test Bed Integrated with Pathways and Gateways for Access to the Cloud Towards Smart City Communication Applications |
Samarendra Nath Sur (1), Rabindranath Bera (2), Soumyasree Bera (3), Subhankar Shome (3) | |
(1) Sikkim Manipal University, India; (2) Sikkim Manipal Institute of technology, India; (3) Sikkim Manipal Institute of Technology, Sikkim Manipal University, India | |
Tu-GO3-2 | Features of observing for weak MSTIDs by GNSS satellites |
Ruslan Sherstyukov | |
Kazan Federal University, Russia | |
Tu-FO5-1 | Characterizing the Martian subsurface using SHAllow RADar (SHARAD) |
Rajiv R. Bharti, Sanjay K. Mishra | |
Physical Research Laboratory, India | |
Tu-FO5-2 | On the vertical transport of Mg+ ions of comet Siding Spring origin in the Martian upper atmosphere |
Pavan Gramapurohit, Venkateswara Rao N | |
National Atmospheric Research Laboratory, India | |
Tu-FO5-3 | Indian MST Radar : A tool for studying exchange of minor constituents between the upper troposphere and lower stratosphere |
Siddarth Shankar Das | |
Space Physics Laboratory, Vikram Sarabhai Space Center, India | |
Tu-FO5-4 | Meteor radar estimation of Gravity Wave Variances and Momentum Fluxes in the mesosphere lower thermosphere: Evaluation of different methods using simulations and observations over three tropical locations |
Pramitha M (1), Karanam Kishore Kumar (1), M Venkat Ratnam (2), S. Vijaya Bhaskara Rao (3) | |
(1) Space Physics Laboratory, Vikram Sarabhai Space Center, India; (2) National Atmospheric Research Laboratory, India; (3) Sri Venkateswara University, India | |
Tu-FO5-5 | An insight into the sub-surface thermophysical properties of Venus from observations of the Cytherean thermal radio emission at decimetre wavelength using the GMRT |
Nithin Mohan (1), Suresh Raju Chellappan Pillai (1), Govind Swarup (2), Divya Oberoi (2) | |
(1) Space Physics Laboratory, Vikram Sarabhai Space Center, India; (2) National Centre for Radio Astrophysics, Tata Institute of Fundamental Research, India | |
Tu-FO5-6 | Unusually strong oblique reflections observed by the Mars Express MARSIS instrument and their causative mechanisms |
Venkateswara Rao Narukull (1), Mohanamanasa P (2), Leelavathi V (2), S. Vijaya Bhaskara Rao (2) | |
(1) National Atmospheric Research Laboratory, India; (2) Sri Venkateswara University, India | |
Tu-FO6-2 (Invited) | On the Accuracy of Simplified Models for Water Vapor Attenuation Prediction at Ka band and Q band |
Lorenzo Luini, Carlo Riva, Carlo Capsoni | |
Politecnico di Milano, Italy | |
Tu-FO6-3 | Sea-surface properties from the 100 kHz ground wave delay |
Ivan Astin, Jayanta Sarma | |
University of Bath, United Kingdom | |
Tu-FO6-4 | Tree-Scattering Model for Very High Frequency Propagation Prediction in Residential Environment |
Adebayo Segun, Hope Kofoworola | |
Ladoke Akintola University of Technology, Nigeria | |
Tu-FO6-5 | Behind the Wall Heartbeat Detection using SVD and MTI Filtering |
Somak Bhattacharyya (1), Vineet Singh (1), Aman - (1), P. K. Jain (2) | |
(1) Indian Institute of Technology (BHU), India; (2) Indian Institute of Technology (BHU), India | |
Tu-FO6-6 | Validation of Tropical Cyclone Heat Potential (TCHP) derived from satellite products over the North Indian Ocean |
Debadatta Swain, B Jangir | |
IIT Bhuvaneswar, India | |
Tu-FO7-1 (Invited) | Feasibility for Alerting Aircraft Lightning Potential by using Weather Radar |
Eiichi Yoshikawa (1), Tomoo Ushio (2), Takayuki Nishi (3), Atsushi Senoguchi (4), Masashi Kamogawa (5) | |
(1) Japan Aerospace Exploration Agency, Japan; (2) Tokyo Metropolitan University, Japan; (3) Subaru Corporation, Japan; (4) Electronic Navigation Research Institute, Japan; (5) Tokyo Gaukugei University, Japan | |
Tu-FO7-2 (Invited) | The CSU Sea-Pol Ship-Board Radar |
Jim George, Chandrasekar V Chandra, Steven Rutledge, Francesc Junyent | |
Colorado State University, USA | |
Tu-FO7-3 | A comprehensive multi sensor study of spatio-temporal variation of hail occurrence and their size over the north eastern part of India |
Sanjay Sharma (1), Partha Roy (1), Rupraj Biswasharma (1), Ashish Kumar (2) | |
(1) Kohima Science College, India; (2) Regional Meteorological Centre, India | |
Tu-FO7-5 | A study of total lightning characteristics of thunderstorms over Gangetic West Bengal |
Sujay Pal, Subrata Kumar Midya | |
University of Calcutta, India | |
Tu-FO7-6 | Adaptive Harmonic Wavelet Transform based Method for Intermittent Clutter Suppression in L-band Radar Wind Profiler |
Shaik Allabakash (1), S Lim (1), P Yasodha (2), B Jang (1), J Choi (1) | |
(1) Korea Institute of Civil Engineering and Building Technology, Korea; (2) National Atmospheric Research Laboratory, India | |
Tu-FO9-1 (Invited) | SmallSat Microwave Instrument Technologies at NASA for Clouds and Precipitation Measurements |
Eastwood Im (1), Parminder Ghuman (2), Sachidananda Babu (2), Pamela Millar (2) | |
(1) Jet Propulsion Laboratory, USA; (2) NASA, USA | |
Tu-FO9-2 (Invited) | Temporal Experiment for Storms and Tropical Systems Technology Demonstration (TEMPEST-D) 6U CubeSat Mission: Early Results and Potential for Atmospheric Science |
Steven Reising (1), Todd Gaier (2), Shannon Brown (2), Sharmila Padmanabhan (2), Christian Kummerow (1), Chandrasekar V Chandra (1), Cate Heneghan (2), Boon Lim (2), Wesley Berg (1), Richard Schulte (1), C Radhakrishnan (1), Matt Pallas (3) | |
(1) Colorado State University, USA; (2) NASA/Caltech Jet Propulsion Laboratory, USA | |
Tu-FO9-3 (Invited) | Qualification of the Radiometer Suite for the NASA TROPICS Tropical Cyclone Mission |
William Blackwell | |
MIT Lincoln Laboratory, USA | |
Tu-FO9-4 | Micro/Nano-satellite-based Planetary Exploration: Study of noble gases in the lunar exosphere using CHACE mass spectrometer in the Moon Impact Probe (MIP) in Chandrayaan-1 |
Tirtha Pratim Das | |
ISRO, India | |
Tu-FO9-5 | CubeSats aided Wireless Sensor Networks for exploration of Mars and Venus |
K. Durga Prasad | |
Physical Research Laboratory, India | |
Tu-FO9-6 | Satellite and Modelling based Investigations of the Middle Atmospheric Temperature Climatology over the Equatorial Regions |
Som Kumar Sharma (1), Neesha Patel (2), Narendra Ojha (1), Vaidehi Joshi (1), Sourita Saha (1) | |
(1) Physical Research Laboratory, India; (2) Kadi Serva Viswavidyalaya, Gandhinagar, India | |
Tu-FO8-1 (Invited) | The CubeRRT Mission: Space-borne Demonstration for On-board Wide-bandwidth RFI Filtering |
Sidharth Misra (1), Joel Johnson (2), Shannon Brown (1), Robert Jarnot (1), Rudi Bendig (1), Carl Felten (1), Jonathon Kocz (3), Christa Mckelvey (2), Christopher Ball (2), Chi-Chih Chen (2), Andrew O'brien (2), Graeme Smith (2), Mark Andrews (2), J.Landon Garry (2), Priscilla Mohammed (4), Jared Lucey (4), Kevin Horgan (4), Quenton Bonds (5), Carlols Duran-Aviles (4), Michael Solly (4), Jinzheng Peng (4), Jeffrey Piepmeier (4), Doug Laczkowski (6), Matt Pallas (6), Ervin Kraus (6) | |
(1) Jet Propulsion Laboratory/CalTech, USA; (2) OSU, USA; (3) CalTech, USA; (4) NASA GSFC, USA; (5) NASA GSFFC, USA; (6) BCT, USA | |
Tu-FO8-2 (Invited) | Enabling Technologies for High Performance Microwave and MM wave Interferometric Radiometers |
Hao Liu | |
National Space Science Center, CAS, China | |
Tu-FO8-3 (Invited) | Ka-band Phase Measurement System for SWOT mission |
Rohit Gawande (1), Mike Tope (2), Chad Baldi (2), Martin Michalik (2), Kyung Pak (2), Daniel Esteban-Fernandez (2) | |
(1) NASA/Caltech Jet Propulsion Laboratory, USA; (2) Jet Propulsion Laboratory, USA | |
Tu-FO8-4 | L& S Band Airborne SAR Data Products Calibration |
Raghav Mehra, Manavala Ramanujam Venugopalan | |
Space Applications Centre (ISRO), India | |
We-FO10-1 | Radiometric Measurements of Ka-Band Attenuation during Rain Events at a Tropical Location |
Arijit De (1), Animesh Maitra (2) | |
(1) Netaji Subhash Engineering College, India; (2) Institute of Radio Physics and Electronics, India | |
We-FO10-2 | LTE Signal Relay System using 28 GHz Millimeterwave Micro Cell design for Smart Home |
Subhankar Shome (1), Rabindranath Bera (2), Soumyasree Bera (1), Samarendra Nath Sur (1) | |
(1) Sikkim Manipal University, India; (2) Sikkim Manipal Institute of technology, India | |
We-FO10-3 | Evaluation of the Penetration depth of L- and S-Band (NISAR mission) Microwave SAR Signals into ground |
Abhilash Singh (1), Ganesh Kumar Meena (1), Shashi Kumar (2), Kumar Gaurav (1) | |
(1) Indian Institute of Science Education and Research, Bhopal, India; (2) Indian Institute of Remote Sensing, India | |
We-FO10-4 | Raindrop Size Distribution and Rain Characteristics during the extreme events in the Tropical coastal station Thumba |
Kiran Kumar Nadimpally, Lavanya Sasikumar | |
ISRO, India | |
We-FO10-5 | Validation of ground-based microwave radiometer measurements over a tropical coastal station |
R Renju (1), Suresh Raju Chellappan Pillai (2), Edwin V. Davis (2), Nizy Mathew (2), K Krishna Moorthy (3) | |
(1) Space Applications Centre (ISRO), India; (2) VSSC, India; (3) IISC, India | |
We-FO10-6 | Rain Drop Size Distribution and Variability of Specific Rain Attenuation for Indian Climate |
Arun Verma (1), Aditi Verma (2), Ranbir Nandan (3) | |
(1) Vidyadaan Institute of Technology and Management, India; (2) Qualcomm India Private Ltd, India; (3) Patna University, India | |
We-FO11-1 (Invited) | A Deep Learning Approach to Dual-Polarization Radar Rainfall Estimation |
Haonan Chen (1), Chandrasekar V Chandra (2), Robert Cifelli (3) | |
(1) NOAA Earth System Research Laboratory, USA; (2) Colorado State University, USA; (3) NOAA Earth System Research Laboratory, USA | |
We-FO11-2 | Radar-derived characteristics of convective and stratiform storm in the Western Ghats region |
Subrata Kumar Das, U. V. Murali Krishna, Sachin Deshpande | |
Indian Insitute of Tropical Meteorology, India | |
We-FO11-4 | The impact of electrified and non-electrified clouds on the inter-seasonal characteristics of surface based precipitation |
Kaustav Chakravarty (1), P Murugavel (1), Govindan Pandithurai (2) | |
(1) Indian Institute of Tropical Meteorology, India; (2) Indian Insitute of Tropical Meteorology, India | |
We-FO11-5 | Application of Classification Techniques for Identification of Water Region in Multiple Sources using Landsat-8 OLI Imagery |
Vikash Mishra, Triloki Pant | |
Indian Institute of Engineering Technology Allahabad, India | |
We-FO11-6 | Features of low level winds over Cochin during the deluge of Monsoon-2018 using 205 MHz wind Profiler Radar |
Manoj Mg, K. Mohankumar, Rakesh V, Rejoy Rebello, Titu Samson | |
Advanced Centre for Atmospheric Radar Research, India | |
We-FO13-1 | Initial observations of Multi-parameter phased array radar in Tokyo area |
Hiroshi Kikuchi, Taku Suezawa, Atsuya Onuki, Tomoo Ushio | |
Tokyo Metropolitan University, Japan | |
We-FO13-2 | Downscaling for Global satellite mapping of Precipitation (GSMaP) by Infrared imager |
Tomoaki Mega, Tomoo Ushio | |
Tokyo Metropolitan University, Japan | |
We-FO13-3 | Comprehensive observational evidence for the effect of clouds in the diurnal evolution of atmospheric boundary layer |
Edwin V Davis, Suresh Raju Chellappan Pillai, K Rajeev | |
Space Physics Laboratory, Vikram Sarabhai Space Center, India | |
We-FO13-5 | Retrieval of aerosol parameters from the oxygen absorption band of Hyperion hyperspectral image validated with spectroradiometry |
Barun Raychaudhuri, Santanu Roy | |
Presidency University, India | |
We-FO12-1 (Invited) | The NISAR Mission – An NASA/ISRO Space Partnership Supporting Global Research and Applications |
Paul Rosen (1), Raj Kumar (2) | |
(1) Jet Propulsion Laboratory, USA; (2) Space Applications Centre (ISRO), India | |
We-FO12-2 (Invited) | Calibration and Validation Plan for the NASA-ISRO Synthetic Aperture Radar (NISAR) |
Bruce Chapman, Paul Rosen, Scott Hensley, Sean Buckley | |
Jet Propulsion Laboratory, California Institute of Technology, USA | |
We-FO12-3 (Invited) | Application potential of L&S band Airborne SAR developed as a pre-cursor to the Space-borne NISAR Mission |
Anup Kumar Das, Raj Kumar, Manavala Ramanujam Venugopalan, Rakesh Bhan | |
Space Applications Center, Indian Space Research Organization, India | |
We-FO12-4 (Invited) | Simulation Study for Missing Sample Estimation and Resampling in NISAR Perspective |
Samneet Thakur, Krishna Murari Agrawal | |
Space Applications Centre (ISRO), India | |
PO-F-1 | Diurnal variations of rain-induced propagation and related atmospheric phenomena over a Tropical Location |
Arijit De (1), Arpita Adhikari (2), Animesh Maitra (3) | |
(1) Netaji Subhash Engineering College, India; (2) Institute of Radiophysics & Electronics, University of Calcutta, India; (3) Institute of Radio Physics and Electronics, India | |
PO-F-2 | Investigation of Depolarisation and cross-polarisation over Ku-band Satellite links in a Guinea Savannah region |
Omotayo May Durodola | |
University of Jos, Nigeria | |
PO-F-3 | Capacity Analysis of Lattice reduction Aided Detection in Massive-MIMO systems |
Samarendra Nath Sur | |
Sikkim Manipal University, India | |
PO-F-4 | Output SNR Analysis of Phased MIMO Radar |
Rabindranath Bera | |
Sikkim Manipal University, India | |
PO-F-5 | Design and Implementation of Automated Rotatory Probe Embedded System for Measuring Axial Ratio |
Hrishikesh Patel, Gaurav Seth, Sanjay Trivedi | |
Space Applications Centre (ISRO), India | |
PO-F-6 | Scatsat-1, A Globally Acclaimed Scatterometer: Advanced Features, Payload Characterization and Data Analyses |
Prantik Chakraborty (1), Chetan Lad (2), Priyanka Gupta (3), Jogeswara Rao (2), Rajeev Jyoti (2), Tapan Misra (2) | |
(1) Indian Space Research Organisation, India; (2) Indian Space Research Organization, India; (3) Space Applications Centre (ISRO), India | |
PO-F-7 | RISAT-1 HRS mode Data Quality Evaluation |
Maneesha Gupta, Kartikeyan B | |
Space Applications Centre (ISRO), India | |
PO-F-8 | Polarimetric Calibration of L-band Airborne SAR |
Arun Babu, Shashi Kumar, Shefali Agrawal | |
Indian Institute of Remote Sensing, India | |
PO-F-9 | Evaluation of Multi-frequency, Multi-polarization SAR data for Crop Classification using ISRO L&S band Airborne SAR |
Anup Kumar Das, Tathagata Chakraborty, Deepak Putrevu, Arundhati Misra | |
Space Applications Centre (ISRO), India | |
PO-F-10 | Quantitative Estimation of Lunar Water-Ice through Chandrayaan-2 L&S band SAR |
Anup Kumar Das, Dharmendra K. Pandey, Deepak Putrevu, Arundhati Misra | |
Space Applications Centre (ISRO), India | |
PO-F-11 | An Automated Ground Checkout System for Oceansat-3 Scatterometer |
Akshay Pandit, Chetan Lad, Priyanka Gupta | |
Space Applications Centre, Indian Space Research Organization, India | |
PO-F-12 | Glacier dynamic study using C-band SAR data for Jety-Oguz area of Eastern Kyrgyzstan |
Praveen Kumar Thakur (1), Rakhmatilla U. Zarylbek (2), Arpit Chouksey (1), Shiv P Aggarwal (1), A Senthil Kumar (3), Prakash Chauhan (1) | |
(1) Indian Institute of Remote Sensing, India; (2) Central Asian Institute for Applied Geosciences (CAIAG, Kyrgyzstan; (3) Centre for Space Science and Technology Education in Asia and The Pacific (CSSTEAP), India | |
PO-F-13 | Design of Broadband Active Radar Calibrator for L, S, C and X Band SAR Satellites |
Yogendra Sahu, Swati D Shukla, Rajeev Jyoti | |
Space Applications Centre (ISRO), India | |
PO-F-14 | Evaluation of Open Source SAR based Digital Elevation Models |
Shweta Khatriker, Kshama Gupta, Ashutosh Bhardwaj | |
Indian Institute of Remote Sensing, India | |
PO-F-15 | Inversions of Multi-Layer Media of Mars Polar Region with Validation of SHARAD Dat |
Ya-Qiu Jin | |
Fudan University, China | |
PO-F-16 | Post -Launch Performance Analysis of SCATSAT -1 Payload |
Priyanka Gupta | |
Space Applications Centre (ISRO), India | |
PO-F-17 | Characterization of cloud micro physics during rainy cases over the tropical coastal station |
R Renju (1), Suresh Raju Chellappan Pillai (2), Manoj Kumar Mishra (3), Kiran Kumar Npv (3), Sisma Samuel (3) | |
(1) Space Applications Centre (ISRO), India; (2) VSSC, India; (3) VSSC,ISRO, India | |
PO-F-18 | Coherence Estimation for Tomographic Processing |
Udit Asopa, Shashi Kumar | |
Indian Institute of Remote Sensing, India | |
PO-F-19 | A calibration methodology for wind scatterometer radar using Gamma naught analysis over distributed homogeneous target |
Saurabh Tripathi, Shweta Sharma, Aloke Mathur | |
Space Applications Centre (ISRO), India | |
PO-F-20 | Time series Sentinel-1A profile analysis for heterogeneous Kharif crops discrimination in North India |
Priya Selvaraj, Dipanwita Haldar, Abhishek Danodia | |
Indian Institute of Remote Sensing, India | |
PO-F-21 | Dual frequency radar backscatter simulation: Implications on lunar water ice detection |
Shiv Mohan (1), R.D Shah (2) | |
(1) PLANEX Project/PRL, India; (2) M.G.Science Institute, India | |
PO-F-22 | A python based InSAR processing tool for ISRO SAR missions |
Rajvi Panchal (1), Sanid Chirakkal (2), Deepak Putrevu (3), Arundhati Misra (3) | |
(1) Chhotubhai Gopalbhai Institute of Technology, India; (2) Space Applications Center, Indian Space Research Organization, India; (3) Space Applications Centre, Indian Space Research Organization, India | |
PO-F-23 | Multi-temporal and multi-angular bistatic specular scattering measurement of corn field using scatterometer at multi-frequency (L, C, and X bands) and co-polarizations (HH and VV) |
Ajeet Kumar Vishwakarma (1), Rajendra Prasad (2), Vijay Pratap Yadav (2), Suraj Amarbahadur Yadav (2) | |
(1) Indian Institute of Technology (BHU), India; (2) Indian Institute of Technology (BHU), India | |
PO-F-24 | A Study of middle and upper atmosphere during Displacement and Splitting Sudden Stratospheric Warming Episodes |
Jinee Gogoi (1), Som Kumar Sharma (2), Kalyan Bhuyan (1) | |
(1) Dibrugarh University, India; (2) PRL, AHMEDABAD, India | |
PO-F-25 | Spatial variability of Boundary Layer over Kochi using two Wind Profiler Radars |
Sudheesh Tm (1), Satheesan K (2), Santosh Kr (3) | |
(1) Indian Navy, India; (2) CUSAT, Kochi, India; (3) Advanced Centre for Atmospheric Radar Research (ACARR), India | |
PO-F-26 | Regional heterogeneity of aerosol vertical distribution over North-East India and adjoining South Asia |
Papori Dahutia, Binita Pathak, Pradip K Bhuyan | |
Dibrugarh University, India | |
PO-F-27 | Seasonal Variation of Rain and Cloud Microstructure at a Tropical Location |
Gopal Mondal (1), Devarpita Kundu (2), Souvik Majumder (2), Animesh Maitra (3) | |
(1) University of Calcutta, India; (2) Institute of Radio Physics & Electronics, India; (3) Institute of Radio Physics and Electronics, India | |
PO-F-30 | Performance of Acoustic Sounder and analysis of various features of Atmospheric Boundary Layer height during extreme weather conditions |
Nishant Kumar | |
Thapar Institute of Engineering and Technology, India | |
PO-F-31 | Study on the satellite and ground based aerosol measurements over Himalayan region |
Narendra Singh (1), Ashish Kumar (1), Anshumali . (2), Chandra Prakash (1), Chhavi P. Pandey (3) | |
(1) ARIES, India; (2) IIT(ISM), India; (3) Wadia Institute of Himalayan Geology, India | |
PO-F-33 | Study on cloud types distribution over northern India using raDAR-liDAR (DARDAR) |
Ashish Kumar (1), Narendra Singh (2), Anshumali . (3) | |
(1) ARIES, India; (2) Aryabhatta Research Institute of Observational Sciences, India; (3) IIT(ISM), India | |
PO-F-34 | Variability in Emission Rate of Auto-Rickshaw Based on Real World Driving Profile: A Case Study in Guwahati City |
Arti Choudhary (1), Sharad Gokhale (2), Anuradha Shukla (1), Pradeep Kumar (3), Abhay Kumar Singh (3) | |
(1) CRRI, India; (2) IIT Guwahati, India; (3) Banaras Hindu University, India | |
PO-F-35 | Comparison between DSD parameters from GPM and Ground Based Disdrometer at Kolkata |
Gargi Rakshit (1), Soumyajyoti Jana (1), Animesh Maitra (2) | |
(1) University of Calcutta, India; (2) Institute of Radio Physics and Electronics, India | |
PO-F-36 | Variability in air pollutants and AOD over Varanasi region for years 2005-2010 |
Vineet Pratap, Akhilesh Kumar, Abhay Kumar Singh | |
Banaras Hindu University, India | |
PO-F-37 | Estimation of 'Dead Time' of Transient Digitizer in Raman Lidar |
Jaswant, Radhakrishnan S. R, Shishir Kumar Singh, Devesh Kumar Shukla, Davender Sethi, Chhemendra Sharma | |
CSIR-National Physical Laboratory, India | |
PO-F-38 | Variation of Aerosol Optical Properties Over Delhi in 2017-18 |
Shishir Kumar Singh, Jaswant, Radhakrishnan S. R, Davender Sethi, Chhemendra Sharma | |
CSIR-National Physical Laboratory, India | |
PO-F-39 | Inter-Comparison of satellite retrieved Aerosol Optical Depth (AOD) from geostationary and polar-orbiting platforms with ground-based measurements over a Semi-continental site of north-eastern India |
Parminder Kaur, Anirban Guha, Prasanth S | |
Tripura University, India | |
PO-F-40 | Autoregressive neural network approach to the total ozone concentration time series over Kolkata, India |
Goutami Chattopadhyay (1), Surajit Chattopadhyay (2), Subrata Kumar Midya (1) | |
(1) University of Calcutta, India; (2) Amity University, India | |
PO-F-43 | SMAP soil moisture retrieval using Single Channel algorithm over agricultural area |
Swati Suman (1), Prashant K. Srivastava (1), Dharmendra K. Pandey (2), Sasmita Chaurasia (2) | |
(1) Banaras Hindu University, India; (2) Space Application Centre (SAC), Indian Space Application Organisation (ISRO), India | |
PO-F-44 | GUI for Automated change detection in rate of deforestation using fusion of optical and series of SAR images |
Akansha Kumari, Anshu Kumari, Shubhi Khandelwal | |
Indian Institute of Information Technology Allahabad, India | |
PO-F-45 | Ship Detection using L&S Band Airborne SAR Data |
Rajat Garg (1), Anil Kumar (1), Shashi Kumar (2) | |
(1) University of Petroleum and Energy Studies, Dehradun, India; (2) Indian Institute of Remote Sensing, India | |
PO-F-46 | A Remote Sensing Approach to Assess the Impact of Mining Subsidence on Native Vegetation |
Ashish Kumar Vishwakarma, Rajesh Rai, B. K. Shrivastva | |
Indian Institute of Technology (BHU), India | |
PO-F-47 | AN IMPROVED MULTI-INDEX MODEL FOR ESTIMATION OF SURFACE SOIL MOISTURE USING LANDSAT-8 SATELLITE DATA |
Vijay Pratap Yadav (1), Rajendra Prasad (2), Ruchi Bala (2), Ajeet Kumar Vishwakarma (2) | |
(1) Indian Institute of Technology (BHU), India; (2) Indian Institute of Technology (BHU), India | |
PO-F-48 | EVALUATION OF DAY AND NIGHT LAND SURFACE TEMPERATURE WITH IMPERVIOUS SURFACE USING MODIS SATELLITE DATA |
Ruchi Bala, Rajendra Prasad, Vijay Pratap Yadav | |
Indian Institute of Technology (BHU), India | |
PO-F-50 | Effects of dust storms on the Martian ionosphere |
Leelavathi V (1), Venkateswara Rao Narukull (2), P Mohanamanasa (1), Ch Yaswanth (2), S. Vijaya Bhaskara Rao (1) | |
(1) Sri Venkateswara University, India; (2) National Atmospheric Research Laboratory, India | |
PO-F-51 | On the formation of ionization bulges at multiple altitudes in magnetic cusp regions of the Martian ionosphere |
Mohanamanasa P (1), Venkateswara Rao Narukull (2), S. Vijaya Bhaskara Rao (1) | |
(1) Sri Venkateswara University, India; (2) National Atmospheric Research Laboratory, India | |
PO-F-52 | On the MLT region signatures of sudden stratospheric warming events as observed by a network of meteor wind radars |
Koushik Neelakantan (1), Karanam Kishore Kumar (2), G Kishore Kumar (3), Kandula V Subrahmanyam (2), Geetha Ramkumar (2), Wayne K Hocking (4) | |
(1) Space Physics Laboratory, Vikram Sarabhai Space Center, India; (2) Space Physics Laboratory, India; (3) Savitribai Phule Pune University, India; (4) University of Western Ontario, Canada | |
PO-F-53 | The properties of Martian high altitude clouds: An investigation based on images captured from India's first Mars mission |
Jyotirmoy Kalita (1), Barin De (1), Manoj Mishra (2), Anirban Guha (1) | |
(1) Tripura University, India; (2) Space Application Centre, India | |
PO-F-55 | Climatology of the Planetary Boundary Layer over the Korean Peninsula Using ECMWF and Sounding datasets |
Shaik Allabakash (1), S Lim (1), G Lee (2), V Chandrasekar (3) | |
(1) Korea Institute of Civil Engineering and Building Technology, Korea; (2) Kyungpook National University, South Korea; (3) Colorado State University, USA | |
PO-F-57 | Gravity Wave Behavior Associated With Strong Convective Activities During Tropical Cyclone Aila |
Soumyajyoti Jana (1), Animesh Maitra (2) | |
(1) University of Calcutta, India; (2) Institute of Radio Physics and Electronics, India | |
PO-F-58 | Role of ENSO on the Modulation of Upper Troposphere Lower Stratosphere Circulation over Asian Summer Monsoon |
Nithya K. (1), Manoj Mg (2), K. Mohankumar (2) | |
(1) Cochin University of Science and Technology, India; (2) Advanced Centre for Atmospheric Radar Research, India | |
PO-F-60 | Classification of climate zones over India based on satellite observations using a machine learning technique |
Chandrani Chatterjee (1), Soumen Datta (1), Saurabh Das (2) | |
(1) Indian Statistical Institute, Kolkata, India; (2) Centre of Astronomy, IIT Indore, India | |
PO-F-61 | Observational and Modelling study of Inertia gravity Waves over tropical station Cochin |
Amal Joy (1), Satheesan K (1), Ajil Kottayil (2), Advanced Centre For Atmospheric Radar Research Advanced Centre For Atmospheric Radar Research (2) | |
(1) Cochin University of Science and Technology, India; (2) Advanced Centre for Atmospheric Radar Research, India | |
PO-F-62 | Thunderstorm induced stratosphere-troposphere exchange during pre-monsoon over Kochi |
Sujithlal Sp (1), Satheesan K (1), Ajil Kottayil (2), Advanced Centre For Atmospheric Radar Research Advanced Centre For Atmospheric Radar Research (2) | |
(1) Cochin University of Science and Technology, India; (2) Advanced Centre for Atmospheric Radar Research, India | |
PO-F-63 | Influence of Boreal Sudden Stratospheric Warming On Northern Hemispheric Tropical Troposphere |
Remya R (1), Ajil Kottayil (2), Advanced Centre For Atmospheric Radar Research Advanced Centre For Atmospheric Radar Research (2) | |
(1) Cochin University of Science and Technology, India; (2) Advanced Centre for Atmospheric Radar Research, India | |
PO-F-64 | Curvelet Based Watermarking of Multispectral Images and Its Effect on Classification Accuracy |
Harshula Tulapurkar (1), Varsha Turkar (2), B. Krishna Mohan (1), Yash Turkar (3) | |
(1) CSRE - Indian Institute of Technology Bombay, India; (2) Don Bosco College of Engineering, India; (3) Fr. Conceicao Rodrigues College of Engineering, India | |
PO-F-65 | ScaRaB onboard Megha Tropiques (MT) observations of seasonal mean diurnal variations of cloud radiative forcing (CRF) at top-of-atmosphere over tropics and the impact of El Nino periods (November 2014-February 2016) on CRF |
Ashok Kumar Gupta, K. Rajeev, Manoj Kumar Mishra | |
Space Physics Laboratory, India | |
Th-FO15-3 | Spatial and Altitudinal Contrast in Aerosol Radiative Properties across the Indo-Gangetic Plain |
Aditya Vaishya (1), Suresh Babu (2), V. Jayachandran (1), Mukunda M Gogoi (3), Lakshmi N B (3), K Krishna Moorthy (4), S. K. Satheesh (5) | |
(1) Vikram Sarabhai Space Centre, India; (2) Vikram Sarahai Space Centre, India; (3) Space Physics Laboratory, Vikram Sarabhai Space Centre, India; (4) IISC, India; (5) Centre for Atmospheric and Oceanic Sciences, Indian Institute of Science, India | |
Th-FO15-4 | Rain Drop Size Distribution at a Tropical Location near Land-Sea Boundary |
Pallabi Saha (1), Souvik Majumder (2), Animesh Maitra (3) | |
(1) University of Calcutta, India; (2) Institute of Radio Physics & Electronics, India; (3) Institute of Radio Physics and Electronics, India | |
Th-FO15-5 | Tropospheric Ozone over South Asia: Climatology and Long-term Trend |
Narendra Ojha (1), Imran A. Girach (1), Sourita Saha (1), Som Kumar Sharma (1), Narendra Singh (2) | |
(1) Physical Research Laboratory, India; (2) Aryabhatta Research Institute of Observational Sciences, India | |
Th-FO15-6 | Temporal Variation of Atmospheric Aerosols and Associated Optical and Metrological Parameters |
Pradeep Kumar (1), Arti Choudhary (2), Abhay Kumar Singh (1), Rajendra Prasad (1), Anuradha Shukla (2) | |
(1) Banaras Hindu University, India; (2) CRRI, New Delhi, India | |
Th-FO14-1 (Invited) | RFI detection and mitigation in SAR data |
Parikshit Parasher (1), Krishna Murari Agrawal (2), Manavala Ramanujam Venugopalan (2) | |
(1) Indian Space Research Organisation, India; (2) Space Applications Centre (ISRO), India | |
Th-FO14-3 | Vertical Accuracy Assessment of TanDEM-X Global DEM over various Indian Terrains |
Divya Sekhar Vaka, Yalamanchili S Rao | |
Indian Institute of Technology Bombay, India | |
Th-FO14-5 | LAND COVER CHANGE DETECTION FOR FULLY POLARIMETRIC SAR IMAGES |
Heena Kaldane (1), Varsha Turkar (2), Shaunak De (3), Sanjay Shitole (4), Rinki Deo (5) | |
(1) UMIT SNDT Women's University, India; (2) Don Bosco College of Engineering, India; (3) Indian Institute of technology, Bombay, India; (4) UMIT, S.N.D.T. Women's University, India; (5) TERI SAS, India | |
Th-FO14-6 | Ground-Based Remote Sensing of Soil Moisture Using Lower Frequency Microwave Radiometers |
Nithyapriya Boopathi (1), Jeff Walker (1), Yalamanchili S Rao (2) | |
(1) IITB - Monash Research Academy, India & Australia; (2) Indian Institute of Technology Bombay, India | |
Th-FO17-1 | The radiative effects of anthropogenic aerosols on clouds over the Indo-Gangetic Plains |
Satyendra Kumar Pandey, V Vinoj | |
Indian Institute of Technology Bhubaneswar, India | |
Th-FO17-4 | Robust Vector Beams for Propagation through Random Media |
Priyanka Lochab (1), Kedar Khare (1), Paramsivam Senthilkumaran (2) | |
(1) Indian Institute of Technology Delhi, India; (2) Indian Institute of Technology, India | |
Th-FO17-6 | Exploring Remote Sensing Opportunities Through GNSS – IRNSS/NavIC Missions |
Raju Garudachar | |
JAIN, India | |
Th-FO16-1 (Invited) | SAPHIR aboard Megha-Tropiques satellite to study free/upper tropospheric humidity and deep convective clouds |
Nizy Mathew, Suresh Raju Chellappan Pillai | |
VSSC, India | |
Th-FO16-2 | A Global View of 3D Cloud Structure from a Decade of Space-borne Radar Measurements |
Thumree Sarkar, Sangnik Dey, Dilip Ganguly | |
Indian Institute of Technology Delhi, India | |
Th-FO16-3 | Identification and Estimation of Rainfall Intensity using Microwave Radiometric Measurements |
Tuhina Halder (1), Arpita Adhikari (2), Animesh Maitra (3) | |
(1) Budge Budge Institute of Technology, India; (2) Institute of Radiophysics & Electronics, University of Calcutta, India; (3) Institute of Radio Physics and Electronics, India | |
Th-FO16-5 | SCATSAT-1 Performance Assessment and Quality Monitoring using Level-0 data |
Anuja Sharma, Maneesha Gupta, Prantik Chakraborty, Priyanka Gupta, Kartikeyan B | |
Space Applications Centre (ISRO), India | |
Th-FO19-1 (Invited) | Flood Mapping Using Synergic Use of Optical and SAR Imagery |
Pooja Mishra, Nikhil Mundra, Agam Dwivedi, Ruchin Agrawal | |
Indian Institute of Information Technology Allahabad, India | |
Th-FO19-3 | De-noising GNSS-Reflectometry Measurements from a Freshwater Surface |
Seebany Datta-Barua, Roohollah Parvizi | |
Illinois Institute of Technology, USA | |
Th-FO19-4 | Development of Method for Change Detection Based on Information Fusion for PALSAR-2 Data |
Ankita Jain, Dharmendra Singh | |
Indian Institute of Technology Roorkee, India | |
Th-FO19-6 | Validation of Multi-Scale Ultra-High Resolution (MUR) Sea Surface Temperature with Coastal Buoys Observations and Applications for Coastal Fronts in the Bay of Bengal |
Abhishek Pasula, Sourav Sil | |
IIT Bhuvaneswar, India | |
Th-FO18-1 (Invited) | L&S Band SAR Data Processing and Products |
Manavala Ramanujam Venugopalan, Raghav Mehra | |
Space Applications Centre (ISRO), India | |
Th-FO18-2 | Radiothermal Emission model of Venus |
Tinu Antony (1), Suresh Raju Chellappan Pillai (2), Govind Swarup (3), Nithin Mohan (4) | |
(1) All Saints College, Thiruvananthapuram, India; (2) VSSC, India; (3) National Centre for Radio Astrophysics, Tata Institute of Fundamental Research, India; (4) SPL, VSSC, India | |
Th-FO18-3 | Design of Millimeter-wave Radiometer for Measuring Water Vapour in Venus Atmosphere |
Swaroop Sahoo (1), Sukomal Dey (1), Nizy Mathew (2), Suresh Raju Chellappan Pillai (2), Kalyan Bhattacharyya (3) | |
(1) Indian Institute of Technology Palakkad, India; (2) VSSC, India; (3) KIIT University, India | |
Th-FO18-4 | Application of PS-InSAR Technique for Measuring the Coastal Subsidence in the East Coast of South Korea |
Suresh Krishnan P.V., Duk-Jin Kim, Jungkyo Jung, Yang-Ki Cho | |
Seoul National University, Korea | |
Mo-GO1-1 (Invited) | Investigation on the geomagnetic storm time nocturnal equatorial zonal plasma drift using GAGAN geostationary satellites measurements |
Mala Bagiya (1), Geeta Vichare (2), Ashwini Sinha (1), Sripathi S. (1) | |
(1) Indian Institute of Geomagnetism, India; (2) Indian Institue of Geomagnetism, India | |
Mo-GO1-2 | Study on the structure and dynamics of the equatorial plasma bubbles using geostationary satellites |
Ambili K M (1), Raj Kumar Choudhary (1), Vamshi Phanikrishna (2) | |
(1) Space Physics Laboratory, Vikram Sarabhai Space Center, India; (2) Indian Institute of Space Science and Technology, india | |
Mo-GO1-3 | On the nighttime enhancement in ionospheric electron density over the equatorial region |
Sneha Yadav (1), Raj Kumar Choudhary (1), Shreedevi P R (1), Surendra Sunda (2) | |
(1) Space Physics Laboratory, Vikram Sarabhai Space Center, India; (2) SAC, India | |
Mo-GO1-4 | The topside ionization over Indian region: An analysis using tomograms from Radio Beacon for Ionospheric Tomography (RaBIT) onboard YOUTHSAT. |
N Mriula, Tarun Kumar Pant | |
Space Physics Laboratory, Vikram Sarabhai Space Center, India | |
Mo-GO1-5 | Measurement of Ionospheric TEC Variation Over Low Latitude Region Using Single Frequency GNSS Receiver |
Win Zaw Hein (1), Goto Yoshitaka (2), Khin Sandar Linn (1), Su Su Yi Mon (1) | |
(1) Mandalay Technological University, Myanmar; (2) Kanazawa University, Japan | |
Mo-GO1-6 | Response of the equatorial and low latitude ionosphere to September 2017 solar flares and their likely role in storm-time electrodynamics |
Sripathi S., Ram Singh | |
Indian Institute of Geomagnetism, India | |
Mo-GO2-2 | Real-time 3-D Ionospheric Tomography and Its Validation by the MU Radar |
Susumu Saito (1), Mamoru Yamamoto (2), Akinori Saito (3), Chia-Hung Chen (4) | |
(1) National Institute of Maritime, Port, and Aviation Technology, Japan; (2) RISH, Kyoto University, Japan; (3) Kyoto University, Japan; (4) National Cheng Kung University, Taiwan | |
Mo-GO2-3 | Inferences regarding ionosphere-thermosphere coupling - Indian ionospheric tomography experiment |
Tarun Kumar Pant, N Mriula | |
Space Physics Laboratory, Vikram Sarabhai Space Center, India | |
Mo-GO2-4 | Auroral Ionospheric Irregularity Properties via Estimation and Inverse Modeling of GNSS Scintillations |
Seebany Datta-Barua (1), Kshitija Deshpande (2), Donald Hampton (3), Gary Bust (4) | |
(1) Illinois Institute of Technology, USA; (2) Embry-Riddle Aeronautical University, USA; (3) University of Alaska Fairbanks, USA; (4) Johns Hopkins University Applied Physics Laboratory, USA | |
Mo-GO2-5 | Characteristics of higher order ionospheric effects on GNSS observations: Monitoring using IGS network |
Reza Ghoddousi-Fard | |
National Research Council, Canada | |
Mo-GO2-6 | Radio Occultation Experiment for Probing Planetary Ionospheres |
Varun Sheel, Jayesh Pabari | |
Physical Research Laboratory, India | |
Tu-GO3-1 (Com. Keynote) | The Challenge of Predicting Low Latitude Ionospheric Scintillations |
Archana Bhattacharyya | |
Indian Institute of Geomagnetism, India | |
Tu-GO3-4 | Occurrence characteristics and causative mechanisms of daytime L-band scintillations over Dibrugarh, a station at the northern edge of EIA during 2010-2014 |
Barsha Dutta | |
Dibrugarh University, India | |
Tu-GO3-5 | VHF scintillation associated with equatorial plasma bubbles over low latitude Indian region: a case study |
Ashok Sharma (1), Omkar Gurav (2) | |
(1) Shri Mata Vaishno Devi University, India; (2) Shivaji University, India | |
Tu-GO4-1 | Global Ionospheric Models, TEC, and Stochastic Structure |
Charles Rino (1), Charles Carrano (2) | |
(1) Boston College, USA; (2) Institute for Scientific Research, USA | |
Tu-GO4-2 | Full polarimetric synthetic aperture radar indices for scintillation observation |
Shradha Mohanty, Gulab Singh | |
Indian Institute of Technology Bombay, India | |
Tu-GO4-3 | Comparison between 2-D GPS dTEC Data Maps and Digisonde Observations over the South American and Atlantic Regions |
Patricia Doherty | |
Boston College, USA | |
Tu-GO4-4 | Spatial distribution of TID signatures on GPS TEC observed in the Eastern Mediterranean longitude sector |
Krishnendu Paul (1), Haris Haralambous (2), Ashik Paul (1) | |
(1) University of Calcutta, India; (2) Frederick University, Cyprus | |
Tu-GO4-5 | The response time of equatorial ionization anomaly crest: A unique precursor to the equatorial spread F initiation |
Aswathy Rp (1), Manju G (2), Surendra Sunda (3) | |
(1) VSSC, ISRO, India; (2) VSSC, India; (3) SAC, India | |
Tu-GO4-6 | Pre-seismic irregular ionosphere and its effect on the Total Electron Content and Scintillations as observed from Kolkata during Nepal Earthquake on 12 May 2015 |
Arpita Guha Bose, Aditi Das | |
Asutosh College, India | |
Tu-GO5-1 (Invited) | Space Weather effects on GNSS at low latitudes: climatological perspectives |
Luca Spogli | |
INGV/SET, Italy | |
Tu-GO5-3 | Role of the phase of Quasi-Biennial Oscillation in modulating the influence of SSW on Equatorial Ionosphere |
Sneha Yadav (1), C. Vineeth (2), Karanam Kishore Kumar (1), Raj Kumar Choudhary (1), Tarun Kumar Pant (1), Surendra Sunda (3) | |
(1) Space Physics Laboratory, Vikram Sarabhai Space Center, India; (2) Space Physics Laboratory, Vikram Sarabhai Space Centre, India; (3) SAC, India | |
Tu-GO5-4 | Detection of TID activity from ionogram virtual height variations |
Haris Haralambous, Theodoros Leontiou | |
Frederick University, Cyprus | |
Tu-GO5-5 | First Results on impact of St. Patricks day storm on GPS precise positioning in equatorial and low latitudes |
Nirvikar Dashora (1), Mohammed Yousuf (2), Miriyala Sridhar (3), Gopa Dutta (2) | |
(1) National Atmospheric Research Laboratory, India; (2) Vignana Bharathi Institute of Technology, India; (3) KL University, India | |
Tu-GO5-6 | Observation of TEC Depletions during the Storm Sudden Commencement |
Sardar Singh Rao (1), Shweta Sharma (2), Rajesh Pandey (2), Abhay Kumar Singh (1) | |
(1) Banaras Hindu University, India; (2) MLS University Udaipur, India | |
We-GO6-1 (Invited) | Decorrelation of GNSS signals during periods of scintillations near the EIA crest |
Ashik Paul, Trisani Biswas | |
University of Calcutta, India | |
We-GO6-2 | Z-wave Occurrence and Propagation Patterns in Topside Sounding of the Earth Ionosphere |
Nadezhda Kotonayeva, Maxsim Kolomin, Alexander Karpachev | |
Fedorov Institute of Applied Geophysics, Russia | |
We-GO6-4 | On correlation between SID monitor and GPS-derived TEC observations during a massive ionospheric storm development |
Mia Filic (1) (2), Renato Filjar (2) | |
(1) Independent statistical learning, satellite navigation and space weather scientist, Sesvete, Croatia; (2) University of Ljubljana, Slovenia; (3) Zagreb University of Applied Sciences, Croatia | |
We-GO6-5 | Observations of Storm-Time Thermospheric O/N2 Ratio and TEC in the Northern Hemisphere during Intense Geomagnetic Storms of 2015-2017 |
Dibyendu Sur, Sarbani Ray, Ashik Paul | |
University of Calcutta, India | |
We-GO6-6 | Response of parameters of HF signals at the long radio paths on solar activity |
Andriy Zalizovski (1), Yuri Yampolski (2), Alexander Koloskov (2), Sergey Kashcheyev (2), Bogdan Gavrylyuk (2) | |
(1) Space Research Center, PAN, Poland; (2) Institute of Radio Astronomy, NASU, Ukraine | |
We-GO6-7 | Coordinated Observations of Ionospheric Irregularity Structures at Optical and Radio Wavelengths from an Anomaly Crest Location during the Unusual Solar Minimum Period 2008-2010 |
Dibyendu Sur (1), Haris Haralambous (2), Ashik Paul (1) | |
(1) University of Calcutta, India; (2) Frederick University, Cyprus | |
We-GO7-1 | Ionospheric Threat Monitoring (ITM) Mobile Application |
Rajesh Tiwari | |
Nottingham Scientific Ltd. Nottingham, United kingdom | |
We-GO7-2 | The Ionosphere Prediction Service Project: supporting the mitigation of the ionospheric effects on GNSS applications |
Claudio Cesaroni (1), Luca Spogli (2), Filippo Rodriguez (3), Giorgiana De Franceschi (1), Marcio Aquino (4), Francesco Berrilli (5), Sreeja Vadakke Vettil (4), Vincenzo Romano (2), Roberto Ronchini (3), Stefano Di Rollo (3), Dario Del Moro (6) | |
(1) INGV, Italy; (2) INGV/SET, Italy; (3) Telespazio, Italy; (4) University of Nottingham, United Kingdom; (5) Università di Tor Vergata, Italy; (3) Telespazio, Italy; (6) Università di Tor Vegata, Italy | |
We-GO7-3 | Distinctly Different responses of Equatorial F region during Undershielding and Overshielding Conditions |
Debrup Hui (1), Geeta Vichare (2) | |
(1) Indian Institute of Geomagnetism, India; (2) Indian Institue of Geomagnetism, India | |
We-GO7-4 | Mitigation of Ionospheric Scintillation Effects for Precise GNSS positioning at Low Latitudes |
Sreeja Vadakke Veettil, Marcio Aquino | |
University of Nottingham, United Kingdom | |
We-GO7-5 | How scintillating is scintillation? |
Jayachandran Thayyil | |
University of New Brunswick, Canada | |
We-GO7-6 | Assessment of GLONASS and GALILEO signal characteristics during periods of ionospheric scintillations from an anomaly crest location |
Samiddha Goswami | |
University of Calcutta, India | |
PO-G-1 | Scintillation studies on the Indian SBAS |
Shyamal Kumar Chakraborty, Samarpita Banerjee | |
Maharaja Sirischandra College, India | |
PO-G-2 | On the predictability of Equatorial Plasma Bubbles for Global Navigation Satellite System users |
Brett Carter (1), Julie Currie (1), Michael Terkildsen (2), Keith Groves (3), Ron Caton (4) | |
(1) RMIT University, Australia; (2) Bureau of Meteorology, Australia; (3) Boston College, USA; (4) AFRL, USA | |
PO-G-3 | Signatures of TIDs and vertical drift of ionization spread F observed over Cyprus during high solar activity period |
Krishnendu Paul (1), Haris Haralambous (2), Christina Oikonomou (2), Ashik Paul (1) | |
(1) University of Calcutta, India; (2) Frederick University, Cyprus | |
PO-G-4 | On the precursor of equatorial plasma bubble |
Suman Kumar Das (1), P. Pavan Chaitanya (1), Amit Patra (1), T. K. Ramkumar (1), K. Niranjan (2) | |
(1) National Atmospheric Research Laboratory, India; (2) Andhra University, Visakhapatnam, India | |
PO-G-5 | Ionospheric irregularities observed during the St. Patrick’s Day 2015 severe geomagnetic storm over the southern high latitude polar cap region: a case study from Antarctic Circle |
Bapan Paul, Arup Patari, Barin De, Anirban Guha | |
Tripura University, India | |
PO-G-6 | Diurnal, Seasonal and Solar cycle variation of D-region ionosphere at low equatorial latitude inferred using long term VLF observations |
D V Phanikumar (1), Ajeet Kumar Maurya (2), K Venkatesham (3), K Niranjan Kumar (4), B Veenadhari (5), Rajesh Singh (3) | |
(1) Aryabhatta Reserach Institute of Observational Sciences, India; (2) Doon University, India; (3) K S Krishnana Geomagnetic Research Laboratory, IIG, India; (4) Department of Civil Infrastructure and environmental Engineering, United Arab Emirates; (5) Indian Institute of Geomagnetism, India | |
PO-G-8 | Combined effect of solar flare and geomagnetic storm on the propagation of subionospheric VLF signal and hence D-Region Ionosphere |
Ashutosh Kumar Singh (1), Abhay Kumar Singh (2) | |
(1) Shri Ramswaroop Memorial University, India; (2) Banaras Hindu University Varanasi, India | |
PO-G-9 | Probabilistic Forecasting for RF Systems using an Ensemble of Ionospheres |
Sean Elvidge, Matthew Angling, Luke Nugent | |
University of Birmingham, United Kingdom | |
PO-G-10 | Response of low latitude ionosphere during intense geomagnetic storms |
Abhay Kumar Singh (1), Abha Singh (2), Sanjay Kumar (1), Sudesh Kumar Singh (2) | |
(1) Banaras Hindu University, India; (2) T. D. P. G. College, India | |
PO-G-11 | Ionospheric variability under extreme space weather conditions |
Samarpita Banerjee, Shyamal Kumar Chakraborty | |
Maharaja Sirischandra College, India | |
PO-G-12 | A Statistical Study on Ionospheric Scintillation Occurrence in China Low Latitude with multi-parameters |
Donghe Zhang | |
Peking University, China | |
PO-G-13 | Long term ionospheric TEC variation over high latitude region during 24th solar cycle |
Arun Kumar Singh (1), Rupesh M.Das (1), Shailendra Saini (2) | |
(1) National Physical Laboratory, India; (2) NATIONAL CENTRE FOR ANTARCTIC AND OCEAN RESEARCH, India | |
PO-G-15 | Unusual thermosphere-ionospheric response on 18 March 2015 during St. Patrick's Day storm |
Nirvikar Dashora, Sk Samin Kader | |
National Atmospheric Research Laboratory, India | |
PO-G-16 | TechTIDE: Warning and Mitigation Technologies for Travelling Ionospheric Disturbances Effects |
Haris Haralambous (1), Anna Belehaki (2), Ivan Galkin (3), Claudia Borries (4), Pedro Pintor (5), David Altadill (6), Jaume Sanz (7), J. Miguel Juan (7), Dalia Buresova (8), Tobias Verhulst (9), Jens Mielich 10), Zama Katamzi-Joseph 11), Juergen Watermann 12), Stefan Unger 13) | |
(1) Frederick University, Cyprus; (2) National Observatory of Athens, IAASARS, Greece; (3) Borealis Global Designs-Space Science Laboratory, Bulgaria-United States; (4) German Aerospace Center, Germany; (5) European Satellite Services Provider, Spain; (6) Observatori de l'Ebre, Spain; (7) Universitat Politecnica de Catalunya, Spain; (8) Institute of Atmospheric Physics, Academy of Sciences, Czechia; (9) Royal Meteorological Institute (RMI), Belgium; (10) Leibniz Institute of Atmospheric Physics, Germany; (11) South Africa National Space Agency, South Africa; (12) Watermann Juergen Friedrich Wilhelm, France; (13) Radio Surveillance Section, German Federal Police, Germany | |
PO-G-17 | RESOURCE: an International Activity Addressed to Space Weather Monitoring at High Latitudes. |
Nicolas Bergeot (1), Lucilla Alfonsi (2) | |
(1) Royal Observatory of Belgium, Belgium; (2) Istituto Nazionale di Geofisica e Vulcanologia, Italy | |
PO-G-18 | Ionospheric observations over central part of India using comparative study of NavIC and GNSS |
Deepthi Ayyagari, Sumanjit Chakraborty, Abhirup Datta | |
Indian Institute of Technology, India | |
PO-G-19 | Estimating equatorial daytime vertical ExB drift velocities from magnetic field variations |
Kassamba Abdel Aziz Diaby, Kouadio Olivier Obrou | |
Felix Houphouet Boigny University, Cote d'Ivoire | |
PO-G-20 | Study of Great Geomagnetic storms by reconstructing data using the method of Singular Valued Decomposition |
Junmi Gogoi | |
Dibrugarh University, India | |
PO-G-21 | Interconnection of transitional low to mid latitude ionization density characteristics with spread F from Eastern Mediterranean Longitude sector |
Krishnendu Paul (1), Haris Haralambous (2), Ashik Paul (1), Samiddha Goswami (1) | |
(1) University of Calcutta, India; (2) Frederick University, Cyprus | |
PO-G-22 | Response of upper and lower ionosphere to enhanced radiation fluxes during major solar flare events |
Parvaiz Ahmad Khan | |
GDC for Women Anantnag, India | |
PO-G-23 | Comparative study of high and mid latitude foF2 during low solar activity |
Malik Abdul Waheed | |
GDC for Women Anantnag, India | |
PO-G-24 | Impact of VHF irregularity dynamics on multi-frequency GNSS signal fading characteristics |
Samiddha Goswami (1), Sayani Ghosh (2), Keith Groves (3), Ashik Paul (1) | |
(1) University of Calcutta, India; (2) Clemson University, USA; (3) Boston College, USA | |
PO-G-25 | Study of the Ionospheric Total Electron Content over central India using Artificial Neural Network |
Sumanjit Chakraborty (1), Abhirup Datta (2) | |
(1) Indian Institute of Technology, India; (2) Indian Institute of Technology, Indore, India | |
PO-G-26 | Multi-instrumental analyses of the September 2017 space weather storm over Brazil |
Juliana Damaceno (1), Claudio Cesaroni (2), Luca Spogli (3), Giorgiana De Franceschi (2), Massimo Cafaro (4) | |
(1) INGV/UNISALENTO, Italy; (2) INGV, Italy; (3) INGV/SET, Italy; (4) UNISALENTO, Italy | |
PO-G-27 | Numerical modeling to reproduce characteristics of VLF radio waves from Indian Antarctic station Maitri and Bharati |
Sudipta Sasmal (1), Tamal Basak (2), Sourav Palit (3), Suman Chakraborty (4), Sujay Pal (5), Sandip Chakrabarti (4) | |
(1) Indian Centre for Space Physics, India; (2) Amity University, India; (3) Mackenzie Presbyterian University, Brazil; (4) S. N. Bose National Centre for Basic Sciences, India; (5) University of Calcutta, India | |
PO-G-29 | Regional short-term forecasting model to predict ionospheric scintillation and TEC at low latitudes |
Juliana Damaceno (1), Claudio Cesaroni (2), Luca Spogli (3), Marcin Grzesiak (4), Giorgiana De Franceschi (2) | |
(1) INGV/UNISALENTO, Italy; (2) INGV, Italy; (3) INGV/SET, Italy; (4) CBK-SRC, Poland | |
PO-G-31 | Behaviour of ionospheric parameters during earthquakes over low latitude F2 region |
Ananna Bardhan, Dinesh Kumar Sharma | |
Manav Rachna University, Faridabad, India | |
PO-G-32 | Climatic Lightning Activity and its relation with Meteorological Parameters over South Asian Monsoon Region |
Sagarika Chandra | |
Indian Institute of Tropical Meteorology, India | |
PO-G-36 | Nighttime D-region electron density measurements from VLF Higher Harmonic tweeks at low latitude Station, Varanasi, India |
Abhay Kumar Singh (1), Uma Pandey (1), Shashi Singh (2) | |
(1) Banaras Hindu University, India; (2) Banaras Hindu Univerity, India | |
PO-G-37 | GSLV effect on Earth's lower ionosphere |
Kumarjit Saha (1), Barin De (2), Anirban Guha (2) | |
(1) Physics Institute, India; (2) Tripura University, India | |
PO-G-39 | Some initial results from a Global Atmospheric Model of Electricity |
Suman Chakraborty (1), Sudipta Sasmal (2), Tamal Basak (3), Sandip Chakrabarti (1) | |
(1) S. N. Bose National Centre for Basic Sciences, India; (2) Indian Centre for Space Physics, India; (3) Amity University, India | |
PO-G-40 | Data analysis software for SAMEER-DU Ionospheric Radar |
Bitap Kalita (1), Pradip Bhuyab (1), Sankar Nath (1), Anil Kulkarni (2), Ajay Khandare (2) | |
(1) Dibrugarh University, India; (2) Society for Applied Microwave Electronics Engineering and Research, India | |
Th-GO8-1 | Varied Types of Subauroral Polarization Streams |
Fei He (1), Xiao-Xin Zhang (2), Wenbin Wang (3), Zhonghua Yao (4), Yong Wei (5), Zhi-Peng Ren (5), Xinan Yue (5), Libo Liu (5), Weixing Wan (5) | |
(1) CAS, China; (2) National Center for Space Weather, China Meteorological Administration, China; (3) National Center for Atmospheric Research, USA; (4) STAR Institute, Universite de Liege, Belgium; (5) Institute of Geology and Geophysics, Chinese Academy of Sciences, China | |
Th-GO8-2 | Temporal Perturbations in Mars' upper atmosphere due to a strong solar flare event of September, 2017 |
K. Durga Prasad, Ami J. Desai, Chandan Kumar, Varun Sheel, S.A. Haider | |
Physical Research Laboratory, India | |
Th-GO8-3 | Response of the southern polar ionosphere to St. Patrick's day storms of 2013 and 2015. |
Shreedevi P R, Raj Kumar Choudhary, Smitha V Thampi, Sneha Yadav | |
Space Physics Laboratory, Vikram Sarabhai Space Center, India | |
Th-GO8-4 | Technique for building the global maps of MUF(3000) analysis and forecast |
Andriy Zalizovski, Lukasz Tomasik, Iwona Stanislawska | |
Space Research Center, PAN, Poland | |
Th-GO8-5 | Connection between sporadic E layers and geomagnetic field variations at the Antarctic Peninsula and Europe |
Andriy Zalizovski (1), Beata Dziak-Jankowska (1), Iwona Stanislawska (1), Yuri Yampolski (2) | |
(1) Space Research Center, PAN, Poland; (2) Institute of Radio Astronomy, NASU, Ukraine | |
Th-GO9-1 | Morphology of upward lightning discharges (the TLEs) from Indian Subcontinent |
Rajesh Singh | |
Indian Institute of Geomagnetism, India | |
Th-GO9-2 | Modeling of lower ionospheric response during solar X-ray events using propagating radio wave signal |
Tamal Basak | |
Amity University, India | |
Th-GO9-3 | Sub-auroral characteristics of super-substorms as observed from Indain Antarctic station Maitri |
Shipra Sinha (1), Sneha Gokani (2), Rahul Rawat (1), Ashwini Sinha (1), Geeta Vichare (1) | |
(1) Indian Institute of Geomagnetism, India; (2) Tongji University, China | |
Th-GO9-4 | The low period atmospheric gravity waves observed using Very Low Frequency signals |
Ajeet Kumar Maurya (1), Morris B. Cohen (2), K Niranjan Kumar (3), Phani Kumar (4), Rajesh Singh (5) | |
(1) Doon University, India; (2) Georgia Institute of Technology, USA; (3) Department of Civil Infrastructure and environmental Engineering, United Arab Emirates; (4) ARIES, India; (5) K S Krishnana Geomagnetic Research Laboratory, IIG, India | |
Th-GO9-6 | Study of nonlinear interaction of plasma wave using higher order spectrum in whistler frequency range |
Shivali Verma (1), Dr.Harleen Kaur Batra (2), Dr.Ashok Kumar Gwal (3) | |
(1) Oriental College of Technology, Bhopal, India; (2) Oriental College of Technology,Bhopal, India; (3) Rabindranath Tagore University, india | |
Th-GO10-1 | Theoretical modelling of the topside electron density distribution in the Indian equatorial and low latitude ionosphere using DU_LLTD Model |
Rimpy Kakoty | |
Dibrugarh University, India | |
Th-GO10-2 | Use of RO-derived electron density profiles to assess the NeQuick model topside |
Bruno Nava (1), Haris Haralambous (2) | |
(1) The Abdus Salam International Centre for Theoretical Physics (ICTP), Italy; (2) Frederick University, Cyprus | |
Th-GO10-3 | Comparison between empirical and physical models of the topside ionospheric-plasmaspheric electron content above Antarctica |
Nicolas Bergeot (1), Viviane Pierrard (2), Fabien Darrouzet (2), Jean-Marie Chevalier (1) | |
(1) Royal Observatory of Belgium, Belgium; (2) BIRA-IASB, Belgium | |
Th-GO10-4 | A Modelling study of equatorial and low latitude ionosphere around 950 E during the deep solar minimum 2009-2010 using SAMI2 model |
Angkita Hazarika | |
Dibrugarh University, India | |
Th-GO10-5 | Estimation of Galileo like ionosphere coefficients using IRNSS data for equatorial region |
Megha Maheshwari, Nirmala S | |
U.R.Rao Satellite Centre, ISRO, India | |
Th-GO10-6 | An Automatic Ionogram Scaling Technique based on the Nelder-Mead method |
Konstantin Tsybulya, Nadezhda Kotonayeva | |
Fiodorov Institute of Applied Geophysics, Russia | |
Th-GO11-1 (Invited) | Generation Mechanisms of Whistler-mode Chorus and Electromagnetic Ion Cyclotron Rising-tone Emissions |
Yoshiharu Omura | |
Kyoto University, Japan | |
Th-GO11-2 (Invited) | Improved whistler inversion algorithm: small scale structures in plasmapsher |
Janos Lichtenberger (1), David Koronczay (1), Csaba Ferencz (1), Orsolya Ferencz (1), Peter Stainbach (2), Mark Clilverd (3), Craig Rodger (4), Dmitry Sannikov (5), Nina Cherneva (5), Rustam Karimov (6) | |
(1) Eotvos University, Hungary; (2) MTA-ELTE Research Group for Geology, Geophysics and Space Sci., Budapest,, Hungary; (3) British Antartic Survey, United Kingdom; (4) Unversity of Otago, New Zealand; (5) Institute of Cosmophysical Research and Radio Wave Propagation, Russia; (6) Institute of Cosmophysical Research and Aeronomy, Russia | |
Th-GO11-3 | Plasmaspheric electron densities from satellite observation of ducted VLF transmitter signals |
David Koronczay, Janos Lichtenberger | |
Eotvos University, Hungary | |
Th-GO11-4 (Invited) | Energetic electron precipitations associated with ULF Pc5 modulations during substorms using LF/VLF standard radio waves |
Hiroyo Ohya (1), Takuya Miyashita (1), Fuminori Tsuchiya (2), Kazuo Shiokawa (3), Yoshizumi Miyoshi (3), Martin Connors (4) | |
(1) Chiba University, Japan; (2) Tohoku University, Japan; (3) Nagoya University, Japan; (4) Athabasca University, Canada | |
Th-GO11-5 (Invited) | Prediction of D Region Characteristics using Nonlinear System Identification Technique applied to VLF/LF Transmitter Data |
Yasuhide Hobara (1), Hendy Santosa (2) | |
(1) The University of Electro-Communications, Japan; (2) University of Bengkulu, Indonesia | |
Th-GO11-6 | Cause and effect relationship between simultaneously observed geomagnetic pulsations and scintillations at low latitudes |
Adhitya Pavithran (1), Jayashree Bulusu (2), Gopi Seemala (1), Ashwini Sinha (1), Geeta Vichare (1), Bharati Kakad (1) | |
(1) Indian Institute of Geomagnetism, India; (2) National Geophysical Research Institute, India | |
Th-GO12-1 | Coseismic crustal deformations and associated nocturnal ionospheric perturbations during 13 November 2016 Mw 7.8 Kaikoura New Zealand earthquake |
Mala Bagiya (1), Sunil P. S. (2), Sunil A. S. (1), Ramesh D. S. (1) | |
(1) Indian Institute of Geomagnetism, India; (2) Cochin University of Science and Technology, Kochi, India | |
Th-GO12-2 | Investigation of nonlinear interaction in extremely low frequency /very low frequency radio signals in the course of the two mid latitude earthquakes |
Dr.Harleen Kaur Batra (1), Shivali Verma (2), Dr.Ashok Kumar Gwal (3) | |
(1) Oriental College of Technology, Bhopal, India; (2) Oriental College of Technology,Bhopal, India; (3) Rabindranath Tagore University, india | |
Th-GO12-3 | On the possible seismo-ionospheric signatures in the simultaneous ionosonde and GPS TEC measurements over Indian sector to recent 2015 Nepal Earthquake |
Sripathi S., Ram Singh, Sreeba Sreekumar | |
Indian Institute of Geomagnetism, India | |
Th-GO12-4 | Role of the external drivers in the occurrence of low-latitude ionospheric scintillation revealed by multi-scale analysis |
Luca Spogli (1), Mirko Piersanti (2), Claudio Cesaroni (3), Massimo Materassi (4), Antonio Cicone (5), Lucilla Alfonsi (6), Vincenzo Romano (1), Rodolfo Ezquer (7) | |
(1) INGV/SET, Italy; (2) INFN/University of Tor Vergata, Italy; (3) INGV, Italy; (4) CNR/ISC, Italy; (5) University of L'Aquila, Italy; (6) Istituto Nazionale di Geofisica e Vulcanologia, Italy; (7) Universidad Nacional de Tucuman, Argentina | |
Th-GO13-1 | High precision daytime TEC measurements using the Murchison Widefield Array |
Surajit Mondal (1), Divya Oberoi (1), Colin Lonsdale (2), John Morgan (3) | |
(1) National Centre for Radio Astrophysics, India; (2) MIT Haystack Observatory, USA; (3) Curtin University, Australia | |
Th-GO13-2 | Preliminary results of SAMEER-Dibrugarh University Digital Ionosonde at Dibrugarh |
Bitap Kalita (1) (2), Sankar Nath (2), Pradip Bhuyab (2), Ajay Khandare (3), Anil Kulkarni (3) | |
(1) Department of Physics, Dibrugarh University, India; (2) Center for Atmospheric Studies, Dibrugarh University; (3) Society for Applied Microwave Electronics Engineering and Research, India | |
Th-GO13-3 | Variability in the mesospheric sodium D2/D1 dayglow intensity ratio: First results |
Md. Mosarraf Hossain (1), Vineeth Chandrasekharan Nair (2), Tarun Kumar Pant (2) | |
(1) Space Physics Laboratory, Vikram Sarabhai Space Center, India; (2) Space Physics Laboratory, Vikram Sarabhai Space Centre, India | |
Th-GO13-4 | On the relative roles of the neutral density and photo chemistry on the solar zenith angle variations in the V2 layer characteristics of the Venus ionosphere under different solar activity conditions |
Ambili K M, Raj Kumar Choudhary | |
Space Physics Laboratory, Vikram Sarabhai Space Center, India | |
Th-GO13-5 | Performance of the new formulation of the bottomside B2 parameter in NeQuick model under disturbed geomagnetic conditions |
Katy Alazo-Cuartas (1), Yenca Migoya-Orue (1), Sandro M. Radicella (1), Bruno Nava (1), Christine Amory-Mazaudier (2) | |
(1) The Abdus Salam International Centre for Theoretical Physics (ICTP), Italy; (2) Sorbonne Paris, France | |
Th-GO13-6 | DC Electric Field and Plasma Waves Measurements near the Sq Current System by S-310-44 Sounding Rocket |
Keigo Ishisaka (1), Ryuichiro Nakamura (1), Toshiki Mori (1), Takumi Abe (2), Atsushi Kumamoto (3), Makoto Tanaka (4) | |
(1) Toyama Prefectural University, Japan; (2) Institute of Space and Astronautical Science (ISAS), Japan; (3) Tohoku University, Japan; (4) Tokai University, Japan | |
Mo-HO1-2 (Invited) | Wave-induced particle precipitation into the ionosphere from the inner magnetosphere |
Suk-Bin Kang | |
NASA Goddard Space Flight Center, USA | |
Mo-HO1-3 | Jovian Lightning-Induced Electromagnetic Waves Observed by the Juno Waves Instrument |
Ivana Kolmasova (1), Masafumi Imai (2), Ondrej Santolik (1), William S. Kurth (2), George B. Hospodarsky (2), Donald A. Gurnett (2), Scott J. Bolton (3), John E. P. Connerney (4) | |
(1) The Czech Academy of Sciences, Czechia; (2) University of Iowa, USA | |
Mo-HO1-5 | Statistical distribution of EMIC waves and dependence on substorm injections |
Remya Bhanu (1), David Sibeck (2), Alexa Halford (3), Kyle Murphy (2), Geoffrey Reeves (4), Howard Singer (5), John Wygant (6), German Farinas Perez (7), Scott Thaller (6), Virupakshi Reddy (1) | |
(1) Indian Institute of Geomagnetism, India; (2) NASA Goddard Space Flight Center, USA; (3) The Aerospace Corporation, USA; (4) Los Alamos National Laboratory, USA; (5) NOAA Space Weather Prediction Center, USA; (6) University of Minnesota, USA; (7) University of Miami, USA | |
Mo-HO1-6 | Plasma Wave Scenario in Comets |
Vipin K Yadav | |
Space Physics Laboratory, Vikram Sarabhai Space Center, India | |
Mo-HO2-1 (Invited) | Weakly Turbulent Nonlinear Wave-Particle Interactions in Space and Astrophysical Plasmas |
Peter Yoon | |
University of Maryland College Park, USA | |
Mo-HO2-2 (Invited) | Nonlinear waves and turbulent spectra in space and astrophysical plasmas |
R. P. Sharma, Neha Pathak, R. Uma | |
Indian Institute of Technology Delhi, India | |
Mo-HO2-3 | Dispersive Alfven Waves and It's Nonlinear Evolution with Background Magnetic Islands in the Solar Wind |
Swati Sharma (1), R. P. Sharma (2), M. K. Mishra (1) | |
(1) University of Rajasthan, India; (2) Indian Institute Delhi, India | |
Mo-HO2-4 (Invited) | Role of current sheet instabilities in collisionless magnetic reconnection and plasma turbulence |
Neeraj Jain, Joerg Buechner | |
Technical University Berlin, Germany | |
Mo-HO2-5 | Effect Of Anisotropic Pressure On Electron Acoustic Shock Waves In Magneto-rotating Plasma |
Kuldeep Singh, Nareshpal Saini | |
Guru Nanak Dev University, India | |
Mo-HO2-6 | Characteristics of Bernstein Greene Kruskal modes in Superthermal Space Plasmas |
Harikrishnan Aravindakshan, Amar Kakad, Bharati Kakad | |
Indian Institute of Geomagnetism, India | |
Tu-HO3-1 (Invited) | A New Perspective on Solar Wind Interaction with Moon after Chandrayaan-1 Mission |
Anil Bhardwaj | |
Physical Research Laboratory, India | |
Tu-HO3-2 (Invited) | Dust-acoustic solitary waves and shocks in nonthermal plasmas |
Amar Misra (1), Nareshpal Saini (2) | |
(1) Visva-Bharati University, India; (2) Guru Nanak Dev University, India | |
Tu-HO3-3 (Invited) | Nonlinear waves and shock structures in beam interactions with high-density plasmas: selected topics and overview of recent results |
Ioannis Kourakis (1), Ibrahem Elkamash (2), Fernando Haas (3) | |
(1) Sorbonne University Abu Dhabi, United Arab Emirates (UAE); (2) Queen's University Belfast, United Kingdom; (3) Universidade Federal Rio Grande do Sul, Brazil | |
Tu-HO3-4 (Invited) | Harmonics Of Drift Tearing Modes In ADITYA Tokamak |
Joydeep Ghosh | |
Institute for Plasma Reserarch, India | |
Tu-HO3-5 (Invited) | Electron Instabilities and Phase Space Holes Concentrated in the Lunar Plasma Wake: Theory and Observation |
David Malaspina (1), Ian Hutchinson (2) | |
(1) University of Colorado, USA; (2) Massachusetts Institute of Technology, USA | |
Tu-HO3-6 | Electromagnetic Ion Cyclotron Waves in Lunar Wake: ARTEMIS observation |
Biswajit Ojha, Satyavir Singh, Gurbax Lakhina | |
Indian Institute of Geomagnetism, India | |
Tu-HO4-1 (Invited) | Interplanetary Scintillation Observations with a New Generation of Radio Telescopes: First results from the Murchison Widefield Array. |
Ron Ekers (1), John Morgan (2) | |
(1) CSIRO, Australia; (2) Curtin University, Australia | |
Tu-HO4-2 (Invited) | Modeling of Propagation of Coronal Mass Ejections Using Interplanetary Scintillation Data |
P.K. Manoharan | |
National Centre for Radio Astrophysics, India | |
Tu-HO4-3 (Invited) | Future prospects in China for the observations of interplanetary scintillations |
Yihua Yan | |
National Astronomical Observatories, CAS, China | |
Tu-HO4-4 (Invited) | Solar Science and Space Weather with the Murchison Widefield Array |
Divya Oberoi (1), Atul Mohan (1), Surajit Mondal (1), Rohit Sharma (2), Colin Lonsdale (3), Iver Cairns (4), John Morgan (5) | |
(1) National Centre for Radio Astrophysics, Tata Institute of Fundamental Research, India; (2) Fachhochschule Nordwestschweiz, Switzerland; (3) MIT Haystack Observatory, USA; (4) Sydney University, Australia; (5) International Center for Radio Astronomy Research, Curtin University, Australia | |
Tu-HO4-5 | Extreme narrow-band radio emission associated with a moderate X-ray flare |
Nicole Vilmer (1), Eoin Carley (2) | |
(1) Observatoire de Paris, France; (2) Trinity College Dublin, Ireland | |
Tu-HO4-6 | A Nonlinear Fluid Model for Weak Double Layers and Electrostatic Waves in the Solar Wind |
Gurbax Lakhina, Satyavir Singh | |
Indian Institute of Geomagnetism, India | |
Tu-HO5-1 (Invited) | Solar Cycle Variation of Microwave Polar Brightening as Potential tool for Cycle Prediction |
Sujin Kim | |
Korea Astronomy and Space Science Institute, South Korea | |
Tu-HO5-2 (Invited) | Radio Science for Space Weather |
Mauro Messerotti | |
INAF National Institute for Astrophysics, Italy | |
Tu-HO5-3 (Invited) | Quarter Century of Nobeyama Radioheliograph and Its Contribution to Space Weather Research |
Satoshi Masuda | |
Nagoya University, Japan | |
Tu-HO5-4 | Properties of DH Type II Radio Bursts and Their Space Weather Implications |
Nat Gopalaswamy (1), Pertti Makela (2) | |
(1) NASA Goddard Space Flight Center, USA; (2) The Catholic University of America, USA | |
Tu-HO5-5 (Invited) | Solar Radio Observations for Space Weather |
Eoin Carley | |
Trinity College Dublin, Ireland | |
Tu-HO5-6 | Lunar Photo-electron sheath and fine particle levitation |
Sanjay K. Mishra (1), Anil Bhardwaj (2) | |
(1) Physical Research Laboratory, India; (2) Physical Research Laboratory (PRL), India | |
We-HO6-1 (Com. Keynote) | Nonlinear Precursor Waves from a Moving Charged Object in a Plasma |
Abhijit Sen (1), Gurudas Ganguli (2), Chris Crabtree(2) | |
(1) Institute for Plasma Research, India; (2) Naval Research Laboratory, U.S.A. | |
We-HO6-2 (Invited) | Kinetic Simulations of Fast Magnetosonic Wave Excitation in the Radiation Belts |
Kaijun Liu (1), Kyungguk Min (2), Richard Denton (3), Scott Boardsen (4) | |
(1) Southern University of Science and Technology, China; (2) Korea Astronomy and Space Science Institute, South Korea; (3) Dartmouth College, USA; (4) Goddard Planetary Heliophysics Institute, University of Maryland, USA | |
We-HO6-3 | Van Allen Probes and Arase measurements of whistler mode waves in the Earth's radiation belts |
Ondrej Santolik | |
The Czech Academy of Sciences, Czechia | |
We-HO6-4 | Simulation study of the whistler-mode chorus generation in the Earth's inner magnetosphere |
Yuto Katoh (1), Yoshiharu Omura (2) | |
(1) Tohoku University, Japan; (2) RISH, Kyoto University, Japan | |
We-HO6-5 | Relativistic protons' (>20 MeV) observation deep into the inner magnetosphere |
Megha Pandya, B Veenadhari | |
Indian Institute of Geomagnetism, India | |
We-HO7-1 (Invited) | Kinetic Equilibrium and Dynamics of Dipolarization Fronts |
Gurudas Ganguli | |
US Naval Research Laboratory, USA | |
We-HO7-2 (Invited) | Spatiotemporal development of pulsating auroral patch associated with discrete chorus elements: Arase and PWING observations |
Mistunori Ozaki (1), Kazuo Shiokawa (2), Yoshizumi Miyoshi (2), Keisuke Hosokawa (3), Shin-Ichiro Oyama (4), Satoshi Yagitani (1), Yoshiya Kasahara (5), Yasumasa Kasaba (6), Shoya Matsuda (7), Ryuho Kataoka (8), Yusuke Ebihara (9), Yasunobu Ogawa (8), Yuichi Otsuka 10), Satoshi Kurita 10), Robert Moore 11), Yoshimasa Tanaka (8), Masahito Nose 10), Tsutomu Nagatsuma 12), Martin Connors 13), Nozomu Nishitani 10), Mitsuru Hikishima (7), Atsushi Kumamoto 14), Fuminori Tsuchiya 14), Akira Kadokura (8), Takanori Nishiyama (8), Takumi Inoue (5), Kosuke Imamura (5), Ayako Matsuoka (7), Iku Shinohara 15) | |
(1) Kanazawa University, Japan; (2) Nagoya University, Japan; (3) The University of Electro-Communications, Japan; (4) Nagoya University, Japan; (5) Graduate School of Natural Science and Technology, Kanazawa University, Japan; (6) Graduate School of Science, Tohoku University, Japan; (7) Institute of Space and Astronautical Science, Japan Aerospace Exploration Agency, Japan; (8) National Institute of Polar Research, Japan; (9) Research Institute for Sustainable Humanosphere, Kyoto University, Japan; (10) Institute for Space-Earth Environmental Research, Nagoya University, Japan; (11) Department of Electrical and Computer Engineering, University of Florida, USA; (10) Institute for Space-Earth Environmental Research, Nagoya University, Japan; (12) National Institute of Information and Communications Technology, Japan; (13) Athabasca University, Canada; (14) Tohoku University, Japan; (7) Institute of Space and Astronautical Science, Japan Aerospace Exploration Agency, Japan; (15) Japan, | |
We-HO7-3 | A theoretical model for the generation of Kinetic Alfven Waves (KAWs) in the Earth's magnetosphere by ion beam and velocity shear |
Krushna Chandra Barik, Satyavir Singh, Gurbax Lakhina | |
Indian Institute of Geomagnetism, India | |
We-HO7-4 | Ground observation of the modulation of electromagnetic ion cyclotron waves by short and long periodicities and associated particle loss in the Earth's inner magnetosphere |
Amar Kakad (1), Bharati Kakad (1), Yoshiharu Omura (2), Ashwini Kumar Sinha (1), Aditi Upadhyay (1), Rahul Rawat (1) | |
(1) Indian Institute of Geomagnetism, India; (2) RISH, Kyoto University, Japan | |
We-HO7-5 | Artificial Periodic Irregularities and Investigations of Sporadic E-Layers |
Nataliya Bakhmetieva (1), Kamil Yusupov (2) | |
(1) University of Nizhny Novgorod, Russia; (2) Kazan Federal University, Russia | |
We-HO7-6 | Two New Active Experiments Using Electron Beams in Space |
Geoffrey Reeves | |
Los Alamos National Laboratory, USA | |
PO-H-1 | Interpretation of non-conventional coherent structures in magnetospheric plasma system. |
Steffy Sara Varghese, Suktisama Ghosh | |
Indian Institute of Geomagnetism, India | |
PO-H-2 | D-Kinetic Alfvén Wave Turbulence and Formation of Localized Structures in the Magnetopause Region |
Dr. Moti Lal Rinawa (1), R. P. Sharma (2) | |
(1) Government Engineering College, Jhalawar, India; (2) Indian Institute Delhi, India | |
PO-H-3 | Implications of the Presence of Positrons in Earth's Magnetosphere --- Solitary Waves and Double Layers |
Suktisama Ghosh | |
Indian Institute of Geomagnetism, India | |
PO-H-4 | Head-on Collision between Multi-solitons in relativistic plasma |
Rupinder Kaur, Kuldeep Singh, Nareshpal Saini | |
Guru Nanak Dev University, India | |
PO-H-5 | Influence of magnetic field on the beaming cone of Io-controlled Jovian decameter radiation |
Patrick Galopeau (1), Mohammed Boudjada (2) | |
(1) LATMOS-CNRS, France; (2) Space Research Institute, Austria | |
PO-H-6 | Heavy Nucleus Acoustic Periodic Waves in a Degenerate Relativistic Quantum Plasma |
Manveet Kaur, Kuldeep Singh, Nareshpal Saini | |
Guru Nanak Dev University, India | |
PO-H-7 | Effect of electron beam on the characteristics of nonlinear structures in a multicomponent superthermal plasma |
Sunidhi Singla, Yashika Ghai, Nareshpal Saini | |
Guru Nanak Dev University, India | |
PO-H-8 | Electron Acceleration and Heating by Kinetic Alfven Waves in the Saturn's Magnetosphere |
Manpreet Singh, Yashika Ghai, Nareshpal Saini | |
Guru Nanak Dev University, India | |
PO-H-9 | Transient setting of relativistic ponderomotive nonlinearity and filamentation of ultra-short laser pulses in plasmas |
Narender Kumar, Rampal Sharma | |
Indian Institute of Technology Delhi, India | |
PO-H-10 | Landau damping of dust acoustic solitary waves in a superthermal dusty plasma |
Yashika Ghai, Nareshpal Saini | |
Guru Nanak Dev University, India | |
PO-H-11 | Ion-acoustic shock waves in ion beam plasma with non-Maxwellian electrons |
Nareshpal Saini, Nimardeep Kaur, Kuldeep Singh | |
Guru Nanak Dev University, India | |
PO-H-13 | Ion cyclotron waves and acoustic waves driven by electron beam in Lunar wake plasma |
Sreeraj T, Satyavir Singh, Gurbax Lakhina | |
Indian Institute of Geomagnetism, India | |
PO-H-14 | Small amplitude solitary waves in the lunar wake plasma |
Rubia R, Satyavir Singh, Gurbax Lakhina | |
Indian Institute of Geomagnetism, India | |
PO-H-15 | Role of Kinetic Alfven wave and whistler wave in magnetopause reconnection region turbulence generation |
Neha Pathak, R. Uma, R. P. Sharma | |
Indian Institute of Technology Delhi, India | |
PO-H-16 | Observations of EMIC waves in the Earth's magnetosphere observed by Magnetospheric Multiscale (MMS) mission |
Shiyong Huang | |
Wuhan University, China | |
PO-H-17 | Electromagnetic Ion Cyclotron Waves Observed by THEMIS spacecraft in magnetosphere |
Biswajit Ojha | |
Indian Institute of Geomagnetism, India | |
PO-H-18 | A 0.3 to 30-MHz Antenna Array for Radio and Radar Imaging of the Ionosphere |
Brett Isham (1), Bjorn Gustavsson (2), Terrence Bullett (3), Francisco Parra-Rojas (1), Vasyl Belyey (4) | |
(1) Interamerican University of Puerto Rico, USA; (2) University of Tromso, Norway; (3) University of Colorado, USA; (4) Private researcher, Norway | |
PO-H-19 | Electromagnetic ion cyclotron waves in the Earth's magnetosphere with losscone distribution |
Satyavir Singh, Biswajit Ojha, Gurbax Lakhina | |
Indian Institute of Geomagnetism, India | |
PO-H-20 | 3D-Kinetic Alfvén Wave Turbulence and Formation of Localized Structures in the Magnetopause Region |
Dr. Moti Lal Rinawa (1), Nitin Yadav (2), Dr K. V. Modi (3), R. P. Sharma (2) | |
(1) Government Engineering College, Jhalawar, India; (2) Indian Institute Delhi, India; (3) Government Engineering College, India | |
PO-H-21 | Ground-based observations of VLF banded emissions occurring between 16 and 39 kHz |
Edith Macotela (1), Frantisek Nemec (2), Jyrki Manninen (1), Ondrej Santolik (3), Ivana Kolmasova (3), Tauno Turunen (1) | |
(1) University of Oulu, Finland; (2) Charles University, Czechia; (3) The Czech Academy of Sciences, Czechia | |
PO-H-22 | 3D electromagnetic particle simulations about the low frequency component of BEN observed by Geotail spacecraft |
Taketoshi Miyake (1), Masaki Okada (2), Yoshiharu Omura (3) | |
(1) Toyama Prefectural University, Japan; (2) National Institute of Polar Research, Japan; (3) RISH, Kyoto University, Japan | |
PO-H-23 | Estimation of spatial structure of sporadic E layer observed by sounding rocket with 2-dimensional FDTD simulations |
Taketoshi Miyake, Keigo Ishisaka | |
Toyama Prefectural University, Japan | |
PO-H-24 | Development of a theoretical model using Kappa distribution and its application to study generation of KAWs |
Krushna Chandra Barik, Satyavir Singh, Gurbax Lakhina | |
Indian Institute of Geomagnetism, India | |
PO-H-25 | Rheometry experiment of an electric field sensor for plasma wave observation |
Tomohiko Imachi (1), Satoshi Yagitani (1), Mistunori Ozaki (1), Ryoichi Higashi (2), Yutaro Yokoyama (1) | |
(1) Kanazawa University, Japan; (2) Ishiakwa National institute of Technology, Japan | |
PO-H-26 | Characteristics of ElectroMagnetic Ion Cyclotron (EMIC) waves observed at Indian Antarctic station Maitri |
Aditi Upadhyay (1), Bharati Kakad (1), Amar Kakad (1), Yoshiharu Omura (2), Ashwini Sinha (1) | |
(1) Indian Institute of Geomagnetism, India; (2) Research Institute for Sustainable Humanosphere, Kyoto University, Japan | |
Mo-JO1-1 (Invited) | Growth of radio astronomy at TIFR, India |
Govind Swarup | |
National Centre for Radio Astrophysics, India | |
Mo-JO1-2 (Com. Keynote) | Paths to discovery in Radio Astronomy - the role of technical innovation and serendipity |
Ron Ekers | |
CSIRO, Australia | |
Mo-JO1-3 (Invited) | The upgraded GMRT : Status and Future Plans |
Yashwant Gupta | |
Giant Metrewave Radio Telescope, NCRA-Tata Institute of Fundamental Research, India | |
Mo-JO1-4 | Multi Frequency, Wideband, Low Noise Front-end Receiver Systems for the uGMRT |
Anil Raut | |
NCRA-Tata Institute of Fundamental Research, India | |
Mo-JO1-5 | Multi-channel single fiber ROF signal transport system architecture of uGMRT |
S Sureshkumar | |
Giant Metrewave Radio Telescope, NCRA-Tata Institute of Fundamental Research, India | |
Mo-JO2-1 (Invited) | The Phase II Murchison Widefield Array: Current Status and Future Plans |
Melanie Johnston-Hollitt | |
Curtin University, Australia | |
Mo-JO2-2 (Invited) | The Very Large Array Sky Survey (VLASS) |
Amy Kimball | |
National Radio Astronomy Obsdervatory (NRAO), USA | |
Mo-JO2-3 | A decimetric radio source 500"away from a flaring site: Possible scenarios from GMRT solar radio observations |
Susanta Kumar Bisoi (1), H.S. Sawant (2), P. Janardhan (3), Yihua Yan (1), Linjie Chen (1), A. K. Awasthi (4) | |
(1) National Astronomical Observatories, CAS, China; (2) INPE - National Institute for Space Research, Brazil; (3) Physical Research Laboratory, India; (4) University of Science and Technology of China, China | |
Mo-JO2-5 | The Australia Telescope National Facility |
Douglas Bock | |
CSIRO, Australia | |
Mo-JO2-6 | Galaxy clusters and beyond with the Upgraded Giant Metrewave Radio Telescope |
Ruta Kale | |
Giant Metrewave Radio Telescope, NCRA-Tata Institute of Fundamental Research, India | |
Tu-JO3-1 (Invited) | Upgrade of legacy ORT for pulsar observations |
B C Joshi | |
National Centre for Radio Astrophysics, India | |
Tu-JO3-2 (Invited) | Status of Nobeyama Radio Observatory |
Ken'ichi Tatematsu | |
NAOJ, Japan | |
Tu-JO3-3 | The Indian Pulsar Timing Array |
Ashis Paul (1), Abhimanyu Susobhanan (2), Achamveedu Gopakumar (3), B C Joshi (2), Avisek Basu (1), Sai Chaitanya Susarla (4), Manjari Bagchi (5), Prakash Arumugasamy (6), P.K Monoharan (6), Arun Naidu (7), Dhruv Pathak (7), M.A Krishnakumar (7), Lankeswar Dey (7), Mayuresh Surnis (7), Neelam Dhanda (7), Suryarao Bethapudi (7), Shantanu Desai (7), Yashwant Gupta (8), Siraprapa Sanpaarsa (7), Yogesh Mann (7), Kishalay De (9), Arpita Choudhary (7) | |
(1) National Centre for Radio Astrophysics, India; (2) Tata Institute of Fundamental Research, India; (3) Tata Institute of Fundamental Research, India; (4) IISER Trivandam, India; (5) Institute of Mathematical Sciences, Chennai, India; (6) National Centre for Radio Astrophysics, Pune, India; (7) InPTA, India; (8) Giant Metrewave Radio Telescope, NCRA-Tata Institute of Fundamental Research, India; (9) Caltech, USA | |
Tu-JO3-4 | The progress of uMUSER Correlator |
Fei Liu (1), Yihua Yan (1), Wei Wang (2), Linjie Chen (2) | |
(1) National Astronomical Observatories, CAS, China; (2) National Astronomical Observatories,CAS, China | |
Tu-JO3-5 | Antenna design for Chinese IPS telescope |
Wei Wang (1), Yihua Yan (1), Zhijun Chen (2), Cang Su (2) | |
(1) National Astronomical Observatories, CAS, China; (2) NAOC, China | |
Tu-JO3-6 | Greenland Telescope (GLT): Imaging the Black Hole Shadow |
Satoki Matsushita | |
Academia Sinica Institute of Astronomy and Astrophysics (ASIAA), Taiwan | |
Tu-JO4-1 (Invited) | Global Millimeter VLBI Array Survey of Ultracompact Extragalactic Radio Sources at 86 GHz |
Dhanya G Nair | |
Max-Planck Institute for Radioastronomy, Germany | |
Tu-JO4-2 (Invited) | VLBI Activities in Japan and East Asia |
Kenta Fujisawa | |
Yamaguchi University, Japan | |
Tu-JO4-3 | VLBI Developments with the Long Baseline Array |
Chris Phillips | |
CSIRO, Australia | |
Tu-JO4-4 | ExtraGalactic H2O Masers with SVLBI |
Willem Baan (1), Alexey Alakoz (2), Megamaser Team (3) | |
(1) ASTRON, Netherlands; (2) Lebedev Physics Institute, Russia; (3) CSIRO, UTAS, USU, CfA Harvard, AstroSpace Center, MPIfR, SHAO, various | |
Tu-JO4-5 | Space Low-Frequency Radio Observatory (SLFRO) - Cosmic Microscope to probe the Universe from Present to Cosmic Dawn |
Tao An | |
Shanghai Astronomical Observatory, CAS, China | |
Tu-JO4-6 | Parallax measurements of the AR Scorpii with phase-referenced VLBI |
Pengfei Jiang | |
XinJiang Astronomical Observatory, CAS, China | |
Tu-JO5-1 (Invited) | High Sensitivity Imaging with MeerKAT and the uGMRT: Exploring the Deep GHz Universe |
Russ Taylor | |
Inter-University Institute for Data Intensive Astronomy, South Africa | |
Tu-JO5-2 | Low frequency radio observations: critical in revealing inhomogeneous shock structures |
Poonam Chandra | |
National Centre for Radio Astrophysics, India | |
Tu-JO5-3 | Deepest uGMRT band-3 observations of XMMLSS region |
Ishwar Chandra (1), Stefano Andreon (2), Claudia Cicone (2) | |
(1) National Center for Radio Astrophysics, India; (2) INAF-OAB, Italy | |
Tu-JO5-4 | Afterglow observations of radio transients: origin and host properties |
Prashanth Mohan (1), Tao An (1), Jun Yang (2) | |
(1) Shanghai Astronomical Observatory, CAS, China; (2) Onsala Space Observatory, Sweden | |
Tu-JO5-5 | Low frequency view of the first binary neutron star merger GW 170817/GRB 170817A with the Giant Metrewave Radio Telescope |
Resmi Lekshmi (1), Steve Schulze (2), Ishwar Chandra (3), Kuntal Misra (4), Johannes Buchner (5), Nial Tanvir (6), Paul O'brien (6) | |
(1) Indian Institute of Space Science and Technology, India; (2) Weizmann Institute of Science, Israel; (3) National Center for Radio Astrophysics, India; (4) Aryabhatta Research Institute of observational sciencES, India; (5) Pontificia Universidad Catolica de Chile, Chile; (6) University of Leicester, United Kingdom | |
Tu-JO5-6 | An extended, diffuse low surface brightness radio emission |
Dharam Vir Lal | |
National Centre for Radio Astrophysics, India | |
We-JO6-1 | Photon number conservation and the large-scale 21 cm power spectrum in semi-numerical models of reionization |
Tirthankar Roy Choudhury (1), Aseem Paranjape (2) | |
(1) NCRA-Tata Institute of Fundamental Research, India; (2) IUCAA, India | |
We-JO6-2 | Towards accurate modelling of the HI 21-cm signal from cosmic dawn and epoch of reionization |
Kanan K. Datta | |
Presidency University, India | |
We-JO6-3 | A comprehensive study of the EoR 21-cm signal bispectrum |
Suman Majumdar (1), Rajesh Mondal (2), Jonathan R. Pritchard (3), Somnath Bharadwaj (4), Garrelt Mellema (5) | |
(1) Indian Institute of Technology Indore, India; (2) University of Sussex, United Kingdom; (3) Imperial College, United Kingdom; (4) Indian Institute of Technology Kharagpur, India; (5) Stockholm University, Sweden | |
We-JO6-4 | A Fuzzy based Algorithm to Detect Bubbles in The Noisy Images of Early Universe |
Sanmoy Bandyopadhyay (1), Abhirup Datta (2), Suman Majumdar (3), Saurabh Das (3) | |
(1) Indian Institute of Technology Indore, India; (2) Indian Institute of Technology, Indore, India; (3) Indian Institute of Technology, Indore, India | |
We-JO6-5 | A Reconstruction Scheme for a Modified Gravity Model in the Perturbation Level and Checking its Compatibility in the Primordial Nucleosysthesis and CMB Constraints |
Surajit Chattopadhyay | |
Amity University, India | |
We-JO7-1 (Invited) | The Next Generation Very Large Array: Reference Design Overview |
Rob Selina | |
National Radio Astronomy Obsdervatory (NRAO), USA | |
We-JO7-2 (Invited) | MeerKAT |
Justin Jonas | |
Rhodes University, South Africa | |
We-JO7-3 | Optics And Feed Design For ngVLA |
S Srikant | |
National Radio Astronomy Obsdervatory (NRAO), USA | |
We-JO7-4 | An update on SKA1 |
Jeff Wagg | |
SKAO, United Kingdom | |
We-JO7-5 | Introduction for QTT Project |
Na Wang | |
XinJiang Astronomical Observatory, CAS, China | |
We-JO7-6 | ASKAP and its Scientific Results |
David Mcconnell, Aaron Chippendale, Aidan Hotan, Emil Lenc, Andrew O'brien, Elaine Sadler | |
CSIRO, Australia | |
PO-J-1 | Visit to the GMRT |
David Jauncey | |
CSIRO, Australia | |
PO-J-3 | Study of small-scale solar wind irregularities in the inner heliosphere from interplanetary scintillation at 140 MHz |
Julio Mejia-Ambriz | |
Conacyt, Geophysics Instute - UNAM, Mexico | |
PO-J-4 | Formaldehyde absorption line Survey of the Northern Galactic Plane |
Jiaerken Yeshengbieke | |
Xinjiang Astronomical Observatory, CAS, China | |
PO-J-5 | Timing offset calibration of CZTI instrument aboard ASTROSAT |
Avishek Basu (1), B C Joshi (2), Dipankar Bhattacharya (3), A. R Rao (4), Arun Naidu (5), M.A Krishnakumar (6), Prakash Arumugasamy (7), Santosh Vadawale (8), P. K. Manoharan (9), Gulab Chand Dewangan (3), Ajay Vibhute (3), N.P.S Mithun (8), Vidushi Sharma (3) | |
(1) National Astronomical Observatories, CAS, India; (2) National Centre for Radio Astrophysics, Tata Institute of Fundamental Research, India; (3) IUCAA, India; (4) Tata Institute of Fundamental Research-DAA, India; (5) McGill Space Institute, Canada; (6) InPTA, India; (7) National Centre for Radio Astrophysics, Pune, India; (8) PRL, India; (9) RAC-OOTY, India; (8) PRL, Ahmedabad | |
PO-J-7 | Proposed VLBI Study on Pulsars Discovered by FAST |
Ru-Rong Chen (1), Haiyan Zhang (2), Zhichen Pan (2), Youling Yue (2), Jiguang Lu (2), Bo Zhang (2) | |
(1) National Astronomical Observatories, CAS, China; (2) NAOC, China | |
PO-J-8 | Delta-DOR Correlator Development at ISTRAC/ISRO |
Manikantan Ramadas (1), B Aravind (1), Bijoy K Dai (1), Pd Mishra (1), Manohar Sonnada (2), R Srinivasan (1) | |
(1) ISTRAC/ISRO, India; (2) Formerly with ISTRAC/ISRO, India | |
PO-J-9 | Urumqi - A Pivotal VLBI node in Central Asia |
Ming Zhang | |
Xinjiang Astronomical Observatory, CAS, China | |
PO-J-10 | Local VLBI Correlation and Analysis at Geodetic Observatory Wettzell |
Apurva Phogat | |
Geodetic Observatory Wettzell, Germany | |
PO-J-11 | Probe Postioning Error Sensitivity Analysis for Planar Near-field Antenna Measurements |
Scott Kriel, Dirk De Villiers | |
Stellenbosch University, South Africa | |
PO-J-12 | The High Dynamic Range Front End Receiver for Band-I (30-80 MHz) for uGMRT |
Vilas Bhalerao, S Sureshkumar | |
NCRA-Tata Institute of Fundamental Research, India | |
PO-J-13 | Short-Backfire Antenna with Corrugated Reflector for Radio Astronomical Array Receivers |
Yuh-Jing Hwang (1), Chi-Chang Lin (2), S Srikant (3), Christopher Anderson (4), Chin-Ting Ho (5), Steven White (6), Peter Timbie (7) | |
(1) ASIAA, Taiwan; (2) LOTES Co. LTD (present), ASIAA (present), Taiwan; (3) National Radio Astronomy Observatory (NRAO), USA; (4) University of Wisconsin, USA; (5) Academia Sinica, Institute of Astronomy and Astrophysics, Taiwan; (6) Green Bank Radio Observatory, USA; (7) University of Wisconsin, Madison, USA | |
PO-J-14 | RF Front-End for SEAMS |
Atharva Kulkarni, Sunil Pingale, Damayanti Gharpure, Subra Ananthakrishnan | |
SPPU, India | |
PO-J-15 | Building A Dedicated Radio Supernova Search Engine |
B Ramesh, Lekshmi Nair | |
Raman Research Institute, India | |
PO-J-16 | High dynamic range RF electronics and Control & Monitoring system for Frontend Receiver of uGMRT |
Imran Khan | |
Giant Metrewave Radio Telescope, NCRA-Tata Institute of Fundamental Research, India | |
PO-J-17 | A High Spectral and Temporal Resolution ROACH-based Digital Back-end for Low Radio Frequency Spectro-Polarimetry |
Indrajit Barve, Anshu Kumari, R Ramesh, Kshitij Bane | |
Indian Institute of Astrophysics, India | |
PO-J-18 | Towards FPGA-based Prototype FPA Beamformer for the Expanded GMRT |
Kaushal Buch, Ajithkumar B., Atul Ghalame, Bela Dixit, Jayaram Chengalur | |
Giant Metrewave Radio Telescope, NCRA-Tata Institute of Fundamental Research, India | |
PO-J-19 | Simulations and tests of Source tracking using Goniopolarimetry method |
Jayashree Roy, B C Joshi | |
National Centre for Radio Astrophysics, Tata Institute of Fundamental Research, India | |
PO-J-20 | Low Noise Amplifiers for Radio Astronomy Applications |
Gaurav Parikh, Anil Raut | |
NCRA-Tata Institute of Fundamental Research, India | |
PO-J-21 | Development of Software for Sensitivity Calculation (G/Tsys) of Single Dish Radio Telescope |
Sougata Chatterjee | |
Giant Metrewave Radio Telescope, NCRA-Tata Institute of Fundamental Research, India | |
PO-J-22 | Antenna Pointing Calibration Based On Cubic Radiation Pattern and Cross Scan |
Lihong Geng (1), Donghao Liu (1), Zhijun Chen (2), Wei Wang (3), Yihua Yan (3), Fei Liu (3), Cang Su (2) | |
(1) National Astronomical Observatories, CAS, China; (2) NAOC, China; (3) National Astronomical Observatories,CAS, China | |
PO-J-24 | Primary-beam shape parameters of the upgraded GMRT |
Santaji Katore (1), Dharam Vir Lal (2) | |
(1) Giant Metrewave Radio Telescope, NCRA-Tata Institute of Fundamental Research, India; (2) National Centre for Radio Astrophysics, India | |
PO-J-25 | Variability of solar coronal rotation and fractal dimension over the solar cycles using solar radio observations |
Hitaishi Bhatt (1), Rupal Trivedi (2), Som Kumar Sharma (3), Brajesh Kumar (4), Hari Om Vats (5) | |
(1) Shree M. & N. Virani Science College, India; (2) H. & H. B. Kotak Inst. of Science, India; (3) Physical Research laboratory, India; (4) USO, Physical Research Laboratory, India; (5) Space Education and Research Foundation, India | |
PO-J-26 | A Real time Automated Glitch Detection Pipeline at Ooty Radio Telescope (ORT) |
Avishek Basu (1), B C Joshi (1), M.A Krishnakumar (2) | |
(1) National Centre for Radio Astrophysics, Tata Institute of Fundamental Research, India; (2) InPTA, India | |
PO-J-28 | Search for diffuse radio emission in cool core clusters |
Majidul Rahaman (1), Ramij Raja (1), Abhirup Datta (2) | |
(1) Indian Institute of Technology Indore, India; (2) Indian Institute of Technology, Indore, India | |
PO-J-29 | Deep low frequency image of Coma cluster of galaxies |
Dharam Vir Lal (1), Ishwar Chandra (2) | |
(1) National Centre for Radio Astrophysics, India; (2) National Center for Radio Astrophysics, India | |
PO-J-30 | Revealing the geometry of gravitational wave event GW 170817 with radio observations |
Poonam Chandra | |
National Centre for Radio Astrophysics, India | |
PO-J-32 | Long-term behaviour of a Type IIP supernova in the radio bands |
Nayana A.J. (1), Poonam Chandra (2), Alak Ray (3) | |
(1) National Centre for Radio Astrophysics, India; (2) National Centre for Radio Astrophysics, Tata Institute of Fundamental Research, India; (3) Homi Bhabha Centre for Science Education, Tata Institute of Fundamental Research, India | |
PO-J-33 | Probing the First Structures with SKA |
Aishrila Mazumder (1), Abhirup Datta (2) | |
(1) Indian Institute of Technology Indore, India; (2) Indian Institute of Technology, Indore, India | |
PO-J-34 | Investigating Signal Recovery Challenges from Cosmic Dawn and Reionisation using SKA-1 Low |
Aishrila Mazumder (1), Arnab Chakraborty (1), Abhirup Datta (2) | |
(1) Indian Institute of Technology Indore, India; (2) Indian Institute of Technology, Indore, India | |
PO-J-35 | Reconstruction of Extended Holographic Ricci Dark Energy in Presence of Bulk Viscosity and to View the Thermodynamic Consequences |
Surajit Chattopadhyay | |
Amity University, India | |
PO-J-36 | China SKA Regional Centre Preparation |
Tao An | |
Shanghai Astronomical Observatory, CAS, China | |
PO-J-38 | On polarization of solar decameter spikes |
Mykola Shevchuk (1), Valentin Melnik (2), Vladimir Dorovskyy (2), Anatoliy Brazhenko (3), Anatoliy Frantsuzenko (3), Alexandr Konovalenko (2), Stefaan Poedts (4), Jasmina Magdalenic (5) | |
(1) Institute of Radio Astronomy, NASU, Ukraine; (2) Institute of Radio Astronomy, United Kingdom; (3) Institute of Geophysics, Gravimetrical Observatory, Ukraine; (4) Catholic University of Leuven, Belgium; (5) Royal Observatory of Belgium, Belgium | |
PO-J-39 | Commercial TV dish antenna for Solar Radio Observations in the Ku-Band |
Gireesh G V S, C Kathiravan | |
Indian Institute of Astrophysics, India | |
PO-J-41 | A study of solar-cycle variation of coronal rotation using the SDO/AIA 211 Å observations |
Jaidev Sharma (1), Brajesh Kumar (2), Anil K Malik (3), Satish Chandra (4), Hariom Vats (5) | |
(1) CCS University, India; (2) Udaipur Solar Observatory, India; (3) CCS University, Meerut, India; (4) PPN College, kanpur, India; (5) SERF, Ahemdabad, India | |
Th-JO8-1 | Imaging Results from the uGMRT Real-time Broadband RFI Excision System |
Ruta Kale (1), Kaushal Buch (2), Sanjay Kudale (2), Mekhala Muley (1), Ajith Kumar B (2), Yashwant Gupta (1) | |
(1) Giant Metrewave Radio Telescope, NCRA-Tata Institute of Fundamental Research, India; (2) National Centre for Radio Astrophysics, Tata Institute of Fundamental Research, India | |
Th-JO8-2 | High Sensitivity Imaging at Low Radio Frequencies |
Srikrishna Sekhar (1), Ramana Athreya (2) | |
(1) Inter University Institute for Data Intensive Astronomy, South Africa; (2) Indian Institute of Science Education and Research Pune, India | |
Th-JO8-3 | Joint Imaging Across Multiple Beams |
Stefan Wijnholds | |
ASTRON, Netherlands | |
Th-JO8-4 | The Next Generation GMRT M&C System - An Exploratory Prototype for the SKA Telescope Manager |
Navanath Shinde (1), Jitendra Kodilkar (2) | |
(1) Giant Metrewave Radio Telescope, NCRA-Tata Institute of Fundamental Research, India; (2) GMRT-NCRA-Tata Institute of Fundamental Research, India | |
Th-JO8-5 | Wide-field Imaging with ASKAP: Challenges and Approaches |
Wasim Raja, Matthew Whiting, Danielle Mitchell, Stephen Ord, Maxim Voronkov, Mark Wieringa, Eric Bastholm, Juan Guzman | |
CSIRO, Australia | |
Th-JO8-6 | Commissioning the Yuan-Tseh Lee Array for Epoch of Reionization Observations with Intensity Mapping |
Ranjani Srinivasan | |
Academia Sinica Institute of Astronomy And Astrophysics, USA | |
Th-JO9-1 (Invited) | Heliospheric Imaging: Past, Present, and Future |
Angelos Vourlidas | |
Johns Hopkins University Applied Physics Laboratory, USA | |
Th-JO9-3 | Fermi, Wind, and SOHO Observations of Sustained Gamma-Ray Emission from the Sun |
Nat Gopalaswamy (1), Pertti Makela (2), Seiji Yashiro (2), Alejandro Lara (3), Hong Xie (2), Sachiko Akiyama (2), Robert Macdowall (1) | |
(1) NASA Goddard Space Flight Center, USA; (2) The Catholic University of America, USA; (3) UNAM, Mexico | |
Th-JO9-4 | Solar polar fields during cycle 24: An unusual polar field reversal |
Susanta Kumar Bisoi (1), P. Janardhan (2) | |
(1) National Astronomical Observatories, CAS, China; (2) Physical Research Laboratory, India | |
Th-JO9-5 | Study of the Particle Acceleration and Heating in a Weak Solar Flare using JVLA |
Rohit Sharma (1), Marina Battaglia (1), Yingjie Luo (2), Bin Chen (2), Sijie Yu (2) | |
(1) Fachhochschule Nordwestschweiz, Switzerland; (2) New Jersey Institute of Technology, USA | |
Th-JO9-6 | Observations of radio CMEs using spectroscopic imaging with the Murchison Widefield Array |
Surajit Mondal (1), Divya Oberoi (1), Kamen Kozarev (2), Atul Mohan (1) | |
(1) National Centre for Radio Astrophysics, Tata Institute of Fundamental Research, India; (2) Institute of Astronomy, Bulgarian Academy of Sciences, Bulgaria | |
Th-JO10-2 | Discovery and interpretation of Super-Alfvenic Oscillations in Solar Radio Burst sources |
Atul Mohan (1), Divya Oberoi (1), Surajit Mondal (1), Colin Lonsdale (2) | |
(1) National Centre for Radio Astrophysics, Tata Institute of Fundamental Research, India; (2) MIT Haystack Observatory, USA | |
Th-JO10-3 | Low frequency radio observations of the 'background' corona during the declining phase of solar cycle 24 |
Vrunda Maniya (1), R Ramesh (2), C Kathiravan (2), Rajesh M. (2) | |
(1) Skolovo Institute of Science and Technology-Skoltech, Moscow, Russia; (2) Indian Institute of Astrophysics, India | |
Th-JO10-4 | Study of Fine Structure Phenomena in Solar Radio Emission |
Hariharan Krishnan (1), Divya Oberoi (1), Rohit Sharma (2) | |
(1) National Centre for Radio Astrophysics, Tata Institute of Fundamental Research, India; (2) FNHW University of Applied Sciences & Arts, Switzerland | |
Th-JO10-5 | New Evidence for a Coronal Mass Ejection-driven High Frequency Type II Burst near the Sun |
Anshu Kumari (1), R Ramesh (1), C Kathiravan (1), Nat Gopalaswamy (2) | |
(1) Indian Institute of Astrophysics, India; (2) NASA Goddard Space Flight Center, USA | |
Th-JO10-6 | Array Configuration for MUSER in Lower Frequency |
Cang Su, Wei Wang, Yihua Yan | |
National Astronomical Observatories, CAS, China | |
Th-JO11-1 (Invited) | Technical Achievements and Scientific Results of RadioAstron Mission 2011-2018 |
Mikhail Popov | |
Astro Space Center of Lebedev Physical Institute, Russia | |
Th-JO11-2 (Invited) | Holographic Surface Measurement Techniques for Radio Antennas |
T. K. Sridharan | |
Harvard Smithsonian Center for Astrophysics, USA | |
Th-JO11-3 | Science with the Upgraded ultra-wideband SubmillimeterArray (wSMA) in the Next Decade |
Ramprasad Rao (1), Paul Grimes (2), Edward Tong (2), David Wilner (2) | |
(1) Academia Sinica Institute of Astronomy and Astrophysics, USA; (2) Harvard Smithsonian Center for Astrophysics, USA | |
Th-JO11-4 | GMRT Servo System: Motivations and challenges for the upgrades |
Shailendra Bagde (1), Suresh Sabahapathy (2), B C Joshi (3), Amit Kumar (2), B. Thiyagarajan (2) | |
(1) NCRA-Tata Institute of Fundamental Research, India; (2) Giant Metrewave Radio Telescope, NCRA-Tata Institute of Fundamental Research, Pune, India; (3) National Centre for Radio Astrophysics, Tata Institute of Fundamental Research, India | |
Th-JO11-5 | A New Multi-Channel RF Sampling Digital Back-end for Radio Astronomy |
Mia Baquiran, Grant Hampson, Ron Beresford, John Bunton, Wan Cheng, Paul Roberts, John Tuthill | |
CSIRO, Australia | |
Th-JO11-6 | On the performance of the SKA mid-frequency array's reflector system and its feeds |
Robert Lehmensiek (1), Dirk De Villiers (2) | |
(1) EMSS Antennas, South Africa; (2) Stellenbosch University, South Africa | |
Th-JO12-1 | RRI Efficient Linear-array Imager: salient aspects |
B Ramesh | |
Raman Research Institute, India | |
Th-JO12-2 | Design of an Ultra Long-wavelength Experimental Radio Array |
Linjie Chen, Yihua Yan | |
National Astronomical Observatories, CAS, China | |
Th-JO12-3 | Digital Signal Transport system for uGMRT |
Pravin Raybole, S Sureshkumar | |
Giant Metrewave Radio Telescope, NCRA-Tata Institute of Fundamental Research, India | |
Th-JO12-4 | Recent Centimetre Band Receiver Development at CSIRO Australia |
Douglas Hayman, Alex Dunning, Michael Bourne, Santiago Castillo, Nick Carter, Yoon Chung, Paul Doherty, Daniel George, Kanapathippillai Jeganathan, Les Reilly, Sean Severs, Ken Smart, Robert Shaw, Stehphanie Smith, John Tuthill, Anastasios Tzioumis | |
CSIRO, Australia; | |
Th-JO12-5 | Real time RF and Optical signal monitoring system of remotely located antennas of uGMRT |
Sanjeet Rai | |
Giant Metrewave Radio Telescope, NCRA-Tata Institute of Fundamental Research, India | |
Th-JO12-6 | DUAL POLARIZED BROADBAND DIPOLE ANTENNA FEED WITH CONICAL REFLECTOR FOR uGMRT |
Hanumanth Rao Bandari, Suresh Kumar S | |
Tata Institute of Fundamental Research, India | |
Th-JO13-1 (Invited) | The ASKAP and its big data challenge |
Maxim Voronkov, Daniel Mitchell, Stephen Ord, Matthew Whiting, Wasim Raja, Mark Wieringa, Eric Bastholm, Juan Guzman | |
CSIRO, Australia | |
Th-JO13-2 | Fourier-domain excision of radio frequency interference |
Yogesh Maan | |
ASTRON, Netherlands | |
Th-JO13-3 | A fully automated casa-based pipeline for GMRT data analysis |
Ishwar Chandra (1), Russ Taylor (2) | |
(1) National Center for Radio Astrophysics, India; (2) IDIA-UCT, South Africa | |
Th-JO13-4 | Compute and Storage for SKA Regional Centres |
A.M.M. Scaife (1), Rohini Joshi (1), Therese M. Cantwell (1), Alex O. Clarke (1) and the AENEAS Project (2) | |
(1) Jodrell Bank Centre for Astrophysics, University of Manchester, U.K.; (2) www.aeneas2020.eu | |
Th-JO13-5 | High resolution imaging of Coronal Type III bursts: First MUSER solar radio observations |
Susanta Kumar Bisoi (1), Yihua Yan (1), Linjie Chen (2), P. Janardhan (3) | |
(1) National Astronomical Observatories, CAS, China; (2) National Astronomical Observatories,CAS, China; (3) Physical Research Laboratory, India | |
Th-JO13-6 | The GMRT Archival Data Processing Project |
Lijo George, Yogesh Wadadekar | |
National Centre for Radio Astrophysics, India | |
Mo-KO1-1 (Invited) | Improved Fabrication Methodology for Foldable All-Textile Cavity-Backed Slot Antennas |
Dries Van Baelen, Sam Lemey, Jo Verhaevert, Hendrik Rogier | |
Ghent University, Belgium | |
Mo-KO1-2 (Invited) | Circuit Model for a Textile Linear-to-Circular Polarizer using Swastika-Shaped FSS |
Ping Jack Soh (1), Hidayath Mirza (2), Toufiq Md Hossain (1), Rais Sheikh Ahmad (2), Mohd Faizal Jamlos (1), Azremi Abdullah Al-Hadi (1), Sen Yan (3) | |
(1) Universiti Malaysia Perlis, Malaysia; (2) Jazan University, Saudi Arabia | |
Mo-KO1-3 (Invited) | Design of Wideband Wearable Antenna using Characteristic Mode Analysis |
Sen Yan (1), Guy Vandenbosch (2) | |
(1) Xi'an Jiaotong University, China; (2) KU Leuven, Belgium | |
Mo-KO1-5 | Dual band dual mode triangular textile antenna for body-centric communications |
Shankar Bhattacharjee | |
IIEST, India | |
Mo-KO1-6 | Textile Wearable Antenna for Firefighters Positioning |
Giuseppina Monti (1), Laura Corchia (1), Emanuele Paiano (1), Gloria De Pascali (1), Luciano Tarricone (1), Cristiano Tomassoni (2), Roberto Sorrentino (3) | |
(1) University of Salento, Italy; (2) University of Perugia, Italy; (3) RF Microtech s.r.l., Italy | |
Mo-KO2-1 (Invited) | Transmitted Power of Mobile Phones in 4G Network of Seoul |
Ae-Kyoung Lee, Hyung-Do Choi | |
Electronics and Telecommunications Research Institute, Korea | |
Mo-KO2-2 | Estimation of EMF for base stations using signal decoding technique |
Sangbong Jeon, Ae-Kyoung Lee, Jungsun Um, Hyung-Do Choi | |
Electronics and Telecommunications Research Institute, Korea | |
Mo-KO2-3 | Analysis of mobile tower radiation and its health effects in Champhai District of Mizoram |
Lallawm Zuala | |
Mizoram State Cancer Institute, India | |
Mo-KO2-4 | mm-Wave Experimental Scanning System to Determine the Complete Field by Near-to-Near Field and Near-to-Far Field Transformation |
Serge Pfeifer (1), Nitin Jain (2) | |
(1) Foundation for Research on Information Technologies in Society (IT'IS), Switzerland; (2) BNN Communication Engineers, India | |
Mo-KO2-5 | Comparisons of SAR Values Measured between Fast and Full Measurement Procedures for Cellular Phones |
Yuto Shimizu (1), Tomoaki Nagaoka (1), Nozomu Ishii (2), Soichi Watanabe (1) | |
(1) National Institute of Information and Communications Technology, Japan; (2) National Institute of Information and Communications Technology/Niigata University, Japan | |
Mo-KO2-6 | EMF Exposure Evaluation for Manhole Type Base Stations |
Junji Higashiyama, Teruo Onishi | |
NTT DOCOMO, INC., Japan | |
Tu-KO3-1 (Com. Keynote) | A model for the interactions of electric and electromagnetic fields with biological objects |
Lluis M. Mir | |
CNRS, France | |
Tu-KO3-2 (Invited) | Low level microwave radiation: Enzymatic, morphological and DNA alteration in rat. |
Paulraj Rajamani | |
Jawaharlal Nehru University, India | |
Tu-KO3-3 (Invited) | Microwave Thermotherapy and Its Clinical Applications |
Surya P. Singh | |
Indian Institute of Technology (BHU), India | |
Tu-KO3-4 | Investigation of gene expression alterations in human peripheral blood cells after continuous wave exposure at 900 MHz |
Lars Ole Fichte (1), Andreas Lamkowski (2), Marcus Stiemer (1), Robert Hollan (1), Matthias Port (2), Michael Abend (2), Matthias Kreitlow (3), Frank Sabath (3) | |
(1) Helmut Schmidt University, Germany; (2) Bundeswehr Institute of Radiobiology, Germany | |
Tu-KO3-5 | Quality of the publications on the genetic damage in mammalian cells exposed to radiofrequency fields |
Vijayalaxmi Vijayalaxmi, Thoms Prihoda | |
University of Texas Health Science Center, USA | |
Tu-KO4-1 (Invited) | Improvement of the Execution Performance for 3-D Impedance Method by Clarification of its Matrix Form Representation |
Yukihisa Suzuki (1), Masao Taki (2) | |
(1) Tokyo Metropolitan University, Japan; (2) Tokyo Metropolitan Univercity, Japan | |
Tu-KO4-2 (Invited) | Wireless Power Transfer Safety: A Fully Automatized Compliance Testing Procedure for WPT Systems Including Implant Safety |
Ilaria Liorni, Esra Neufeld, Sven Kuehn, Niels Kuster | |
IT'IS Foundation, Switzerland | |
Tu-KO4-3 (Invited) | Experimental SAR Evaluation with a New Extrapolation Function for MHz-Band Wireless Power Transfer Systems |
Jerdvisanop Chakarothai (1), Kanako Wake (2), Soichi Watanabe (1), Takuji Arima (3), Toru Uno (3) | |
(1) National Institute of Information and Communications Technology, Japan; (2) National Institute of Information and Communications Tehcnology, Japan; (3) Tokyo University of Agriculture and Technology, Japan | |
Tu-KO4-4 (Invited) | Shorted Patch Antenna for 26.5 GHz Electromagnetic Wave Local Exposure System for Animal Experiments |
Takuji Arima, Yasutaka Murakami, Toru Uno | |
Tokyo University of Agriculture and Technology, Japan | |
Tu-KO4-5 | Electromagnetic Compatibility Issues in Wireless Medical Telemetry Systems Used in Japan |
Kai Ishida | |
National Institute of Information and Communications Technology, Japan | |
Tu-KO4-6 | Experimental Evaluation on Maximum A Posteriori Location Tracking for Implantable Devices |
Daisuke Anzai, Fumiya Nagao, Jianquin Wang | |
Nagoya Institute of Technology, Japan | |
We-KO5-1 (Invited) | Detection of Magnetic Nanoparticle Tracers in the Body for Sentinel Lymph Node Biopsy |
Masaki Sekino (1), Akihiro Kuwahata (1), Takayuki Nakagawa (1), Itsuro Saito (2), Tomoko Kurita (3), Hiroyuki Takei (3), Kanae Taruno (4), Seigo Nakamura (4), Moriaki Kusakabe (5) | |
(1) The University of Tokyo, Japan; (2) iMed Japan, Japan; (3) Nippon Medical School, Japan; (4) Showa University, Japan; (5) Matrix Cell Research Institute, Japan | |
We-KO5-2 (Invited) | Sensing Radius of an Open-Ended Coaxial Probe for Dielectric Measurement of Tissues: Calculation with Relative Permittivity versus Conductivity |
Emily Porter, Martin O'halloran, Alessandra La Gioia | |
National University of Ireland Galway, Ireland | |
We-KO5-3 | Tri-band Wireless Capsule Endoscopic Communication System for Low Frequency Real-time Image Transmission |
Peng Yunxiao | |
Chiba University, Japan | |
We-KO5-4 | Evaluation of Dielectric Measurements upon Thin Single Layer Solids using Open-Coaxial Probe Technology |
Sina Hashemizadeh (1), Yuto Kato (2), Masahiro Horibe (2), Niels Kuster (1) | |
(1) Foundation for Research on Information Technologies in Society (IT'IS), Switzerland; (2) National Institute of Advanced Industrial Science and Technology, Japan | |
We-KO5-5 | Detection of Milimeter Wave Properties of Beta Amyloid using Dielectric Filled Truncated Cylindrical Waveguide |
K.S. Daya (1), Komal Saxena (1), Zeeshan Saifi (1), Mridul Kumar (1), Anirban Bandyopadhyay (2) | |
(1) Dayalbagh Educational Institute, India; (2) National Institute for Materials Science, Advanced Key Technologies Division, India | |
We-KO6-1 (Invited) | Testbed and Experiments for Focused Microwave Thermotherapy |
Kwang-Jae Lee, Jang-Yeol Kim, Soon-Ik Jeon, Seong-Ho Son | |
Electronics and Telecommunications Research Institute, South Korea | |
We-KO6-2 (Invited) | Heating patterns in patient body by capacitive heating device using 8 MHz radio frequency current |
Kazuyuki Saito, Yukiko Furusho, Ryo Manago | |
Chiba University, Japan | |
We-KO6-3 | Development of a method for estimating field map in an object containing magnetic materials from View Line Sequence in MRI |
Shuang Liu | |
The University of Tokyo, Japan | |
We-KO6-4 | MD simulations of the A2A adenosine receptor in presence of magnetic field |
Francesca Apollonio (1), Federico Del Signore (1), Paolo Marracino (2), Elena Della Valle (3), Davide Cocco (1), Stefania Setti (4), Ruggero Cadossi (4), Micaela Liberti (1) | |
(1) University Sapienza of Rome, Italy; (2) Rise Technology, Italy; (3) Bioelectronic Vision Lab, USA; (4) Igea, Italy | |
We-KO6-5 | Use of Magnetometer for the detection of location of hook-wire used in breast conserving surgery |
Oiendrila Debnath | |
University of Tokyo, Japan | |
We-KO6-6 | Computer simulations of 434 MHz Electromagnetic Phased Array for thermal therapy of locally advanced breast cancer |
Divya Baskaran (1), Kavitha Arunachalam (2) | |
(1) Indian Institute of Technology Madras, India; (2) Indian Institute of Technology Madras, India | |
PO-K-1 | Cellphone radiofrequency radiation induced inflammatory response and oxidative stress in rat brain |
Kumari Vandana Singh, Rohit Gautam, Jayprakash Nirala | |
Jawaharlal Nehru University, India | |
PO-K-2 | Possible Biological Effects of Intermediate Frequency Magnetic Field Exposure in Mice |
Akira Ushiyama (1), Shin Ohtani (2), Kenji Hattori (2), Kazuyuki Ishii (2), Keiji Wada (3), Yukihisa Suzuki (3) | |
(1) National Institute of Public Health, Japan; (2) Meiji Pharmaceutical University, Japan; (3) Tokyo Metropolitan University, Japan | |
PO-K-3 | Effect of electromagnetic radiation exposure on fertility of male Wistar rat and protective role of herbal extract |
Rohit Gautam, Eepsita Priyadarshini, Jayprakash Nirala, Ramovatar Meena, Paulraj Rajamani | |
Jawaharlal Nehru University, India | |
PO-K-4 | Development of the simulation system to evaluate the responses for nervous network system under the low frequency band EMF exposure with the mathematical model of C.elegans |
Ryotaro Chidaka (1), Yukihisa Suzuki (2), Kei Makino (1) | |
(1) Tokyo Metropolitan University, Japan; (2) Tokyo Metropolitan Univercity, Japan | |
PO-K-5 | Combined effect of radiofrequency radiation and nanoparticle in male Wistar rats |
Sonali Pardhiya, Rohit Gautam, Jayprakash Nirala, Paulraj Rajamani | |
Jawaharlal Nehru University, India | |
PO-K-6 | Development of the Technology for Remote Controlled Decapsulation of Nanostructured Liposomal capsules, Based on Nonthermal Impact by Ultrashort Electrical Pulses |
Elena Pavlyukova, Yury Gulyaev, Vladimir Cherepenin, Igor Taranov, Vladimir Vdovin | |
Kotelnikov Institute of Radio-engineering and Electronics RAS, Russia | |
PO-K-7 | Estimation of Transmitted Power Density from Temperature Experiment for EMF Exposure Assessment at 60 GHz |
Kun Li (1), Kengo Kawabata (2), Kensuke Sasaki (3), Ryosuke Suga (2), Soichi Watanabe (1), Osamu Hashimoto (2) | |
(1) National Institute of Information and Communications Technology, Japan; (2) Aoyama Gakuin University, Japan; (3) National Institute of Information and Communication, Japan | |
PO-K-8 | SAR Calculation in Human Body Close to Wireless LAN Router |
Kosuke Nishino (1), Kazuyuki Saito (2), Tomoaki Nagaoka (3), Soichi Watanabe (3), Masaharu Takahashi (1) | |
(1) Chiba university, Japan; (2) Center for Frontier Medical Engineering, Chiba University, Japan; (3) National Institute of Information and Communications Technology, Japan | |
PO-K-9 | Specific Absorption Rate Measurement various Frequencies of Mobile Phones |
Jayprakash Nirala, Paulraj Rajamani, Jitendra Behari | |
Jawaharlal Nehru University, India | |
PO-K-10 | Investigation on Heating of the Implant Metal Exposed to HF-EMF due to Wireless Power Transfer |
Shinto Son, Takashi Hikage | |
Hokkaido University, Japan | |
PO-K-11 | On the human exposure produced by an Electric Vehicle (EV) equipped with a Wireless Power Transfer (WPT) system |
Valerio De Santis, Tommaso Campi, Silvano Cruciani, Mauro Feliziani | |
University of L'Aquila, Italy | |
PO-K-12 | Influence of Gold Nanoparticles (GNPs) on Radiofrequency Tissue Heating |
Geetha Chakaravarthi (1), Ashwin Kumar Narasimhan (2), Ramachandra Rao M.S (3), Kavitha Arunachalam (4) | |
(1) National Institute of Technology Trichy, India; (2) Rajalakshmi Engineering College, Chennai, India; (3) Indian Institute of Technology Madras, India; (4) Indian Institute of Technology Madras, India | |
PO-K-13 | A Geometry-Variable Tcoil for the Medical Application of Transcranial Magnetic Stimulation |
Mengfei Liu | |
The University of Tokyo, Japan | |
PO-K-14 | Tumour Electrotherapy Modelling Using Algebraic Topological Method |
Krishnaswamy Sankaran, Aditi Bhatt, Aakash . | |
Radical Innovations Group - RIG, Finland | |
PO-K-15 | Compact Conformal Multilayer Slot Antenna for Hyperthermia |
Soni Singh (1), Surya P. Singh (2), Dharmendra Singh (1) | |
(1) Indian Institute of Technology Roorkee, India; (2) Indian Institute of Technology (BHU), India | |
PO-K-16 | Design and development of a miniaturized coaxial probe for intracavitary application of hyperthermia at 434 MHz |
Shabeeb Ahamed Kp (1), Kavitha Arunachalam (2), Thomas Samuel Ram (3) | |
(1) Indian Institute of Technology Madras, India; (2) Indian Institute of Technology Madras, India; (3) CHRISTIAN MEDICAL COLLEGE, VELLORE, India | |
PO-K-17 | Analysis of Tissue Coagulation Region Generated by Microwave Surgical Device |
Ryo Manago, Kazuyuki Saito | |
Chiba University, Japan | |
PO-K-18 | Design of an Ultra-wide Band Active Antenna for Medical Microwave Radiometry |
Sathya Priya Sugumar (1), Kavitha Arunachalam (2), Krishnamurthy Cv (2) | |
(1) Indian Institute of Technology Madras, India; (2) Indian Institute of Technology Madras, India | |
PO-K-19 | Scalp - Implantable Antenna for Biomedical Applications |
Ashok Kumar Srinivasan | |
Jyothishmathi Institute of Technological Sciences, India | |
PO-K-20 | A Compact Co-planar Waveguide fed Circularly Polarized In-body Antenna for Medical Devices |
Pujayita Saha, Debasis Mitra, Susanta Kumar Parui | |
IIEST, India | |
PO-K-21 | Blood Flow Effect in Combination of Hyperthermia with Radiation Therapy for Treatment in Breast Tumors |
Alexa Barrios (1), Oiendrila Debnath (1), Koichi Ito (2), Kazuyuki Saito (3), Mitsuru Uesaka (1) | |
(1) University of Tokyo, Japan; (2) University of Chiba, Japan; (3) Chiba University, Japan | |
PO-K-22 | Design of Human-Skin Equivalent Phantom for Evaluating the Surface Temperature Elevation due to Millimeter Wave Exposure |
Kengo Kawabata (1), Kensuke Sasaki (2), Kun Li (3), Ryosuke Suga (1), Soichi Watanabe (3), Osamu Hashimoto (1) | |
(1) Aoyama Gakuin University, Japan; (2) National Institute of Information and Communication, Japan; (3) National Institute of Information and Communications Technology, Japan; (3) National Institute of Information and Communications Technology, Japan | |
PO-K-23 | Dielectric Property Measurement of Biological Tissues at Millimeter-wave Frequencies: Uncertainty Analysis |
Kensuke Sasaki, Soichi Watanabe | |
National Institute of Information and Communications Technology, Japan | |
PO-K-24 | Preliminary study on the estimation of complex permittivity for biomolecules with molecular simulation under the application of electric field in the millimeter wave frequency range |
Takuto Sugino (1), Shun Ding (2), Kensuke Sasaki (3), Yukihisa Suzuki (2) | |
(1) Tokyo Metropolitan University, Japan; (2) Tokyo Metropolitan Univercity, Japan; (3) National Institute of Information and Communication, Japan | |
PO-K-25 | Understanding the Interaction of Escherichia coli with ZnO Tetrapods at Microwave Frequencies |
K.S. Daya (1), Urvashi Singh (1), Prem Saran Tirumalai (1), Martina Baum (2), Rainer Adelung (3) | |
(1) Dayalbagh Educational Institute, India; (2) Kiel University, Germany; (3) Kiel University, Germany | |
PO-K-26 | Performance Evaluation of Wireless Myoelectric Artificial Hand under ESD Test |
Jianquin Wang, Keinosuke Nagai, Daisuke Anzai | |
Nagoya Institute of Technology, Japan | |
PO-K-27 | Electromagnetic Interference Impact of Wireless Power Transfer on Implantable Medical Device |
Takashi Hikage | |
Hokkaido University, Japan | |
Mo-GL-1 | Optical Atomic Clocks |
David Wineland | |
University of Oregon, USA | |
Tu-GL-1 | Molding the flow of light with metasurfaces |
Olivier Martin | |
Swiss Federal Institute of Technology (EPFL), Switzerland | |
We-GL-1 | Frugal 5G: Towards Affordable Rural Wireless Broadband |
Abhay Karandikar | |
Indian Institute of Technology Kanpur, India | |
Th-GL-1 | Dynamic Variation of Earth's Outer Radiation Belt due to Nonlinear Wave-Particle Interactions |
Yoshiharu Omura | |
Kyoto University, Japan | |