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PIERS 2018 Toyama PIERS 2018 Toyama Progress In Electromagnetics Research Symposium Advance Program August 1–4, 2018 Toyama, JAPAN www.emacademy.org www.piers.org For more information on PIERS, please visit us online at www.emacademy.org or www.piers.org. PIERS 2018 Toyama Program CONTENTS TECHNICALPROGRAMSUMMARY . ......... 4 THEELECTROMAGNETICSACADEMY. ........... 12 JOURNAL: PROGRESS IN ELECTROMAGNETICS RESEARCH . ......... 12 PIERS2018TOYAMAORGANIZATION. ............ 13 PIERS 2018 TOYAMA SESSION ORGANIZERS . ......... 22 SYMPOSIUMVENUE ........................................ ........ 23 REGISTRATION ......................................... .......... 23 SPECIALEVENTS ....................................... ........... 23 PIERSONLINE ......................................... ........... 23 GUIDELINEFORPRESENTERS............................... ........... 24 GENERALINFORMATION ................................... .......... 25 PIERS 2018 TOYAMA ORGANIZERS AND SPONSORS . ......... 26 MAPOFCONFERENCESITE ................................... ........ 29 GENERALLECTURES.................................... ............ 34 PRE-CONFERENCE WORKSHOP . ...... 39 PIERS 2018 TOYAMA TECHNICAL PROGRAM . ............ 44 3 Progress In Electromagnetics Research Symposium TECHNICAL PROGRAM SUMMARY Wednesday AM, August 1, 2018 1A1 FocusSession.SC5: Remote Sensing for Hydrological Applications 1........................................ 44 1A2 FocusSession.SC5: Inverse Scattering, Imaging, and Remote Sensing 1 .................................... 45 1A3 SC1: Analytical Methods in Propagation, Scattering and Guiding of Waves .............................. 45 1A4 Advanced Computational Methods for Nano-optical Applications .......................................... 46 1A5 SC1: Radar Cross Section ...................................................................................... 46 1A6 Parabolic Equation and Related Methods in Diffraction Theory............................................ 46 1A7 SC1: Recent Approaches to Periodic Structures 1 ........................................................... 47 1A8 FocusSession.SC2: Advanced Holography and Illusionary Effects by Metasurfaces, Metamaterials and Plasmonic Structures 1 ......................................................................................... 47 1A9 FocusSession.SC3: Novel Photonic Materials for Advanced Applications 1 ................................ 48 1A10 FocusSession.SC3: Enabling Solutions of Nano-photonics 1 ................................................. 48 1A11 SC3: 3D Integrated Photonics ................................................................................. 49 1A12 FocusSession.SC3: Integrated and Fiber-based Photonic Circuits and Devices ............................ 49 1A13 Optical Tweezers and Applications ............................................................................ 50 1A14 SC3: Integrated Chip-scale Photonic Signal Processing ..................................................... 50 1A15 SC3: Future Wireless Communication Systems for Railways................................................ 51 1A16 SC5: Waves Propagation and Scattering in Random Media................................................. 51 1A17 SC3: Guided-mode-resonance Devices and Applications 1 .................................................. 52 1A18 Application of EM Field in Medical Diagnostics and Therapy .............................................. 52 4 PIERS 2018 Toyama Program Wednesday PM, August 1, 2018 1P1 FocusSession.SC5: Remote Sensing of Soil Moisture ......................................................... 53 1P2 FocusSession.SC5: Inverse Scattering, Imaging, and Remote Sensing 2 .................................... 54 1P3 SC1: Advances in Integral Equation Methods for Electromagnetic Problems .............................. 54 1P4 SC1: Computational Simulations and Techniques in Electromagnetics ..................................... 55 1P5 FocusSession: Education for Electromagnetics................................................................ 55 1P6 SC4: Computational Electromagnetics in Exposure Safety and Medical Application ..................... 56 1P7 SC1: Recent Approaches to Periodic Structures 2............................................................ 56 1P8 FocusSession.SC2: Advanced Holography and Illusionary Effects by Metasurfaces, Metamaterials and Plasmonic Structures 2 ......................................................................................... 57 1P9 FocusSession.SC3: Novel Photonic Materials for Advanced Applications 2 ................................ 57 1P10 FocusSession.SC3: Enabling Solutions of Nano-photonics 2 ................................................. 58 1P11 SC3: Fiber Gratings and Optical Sensors ..................................................................... 58 1P12 FocusSession.SC3: Ultra-high Capacity Optical Communication ........................................... 59 1P13 FocusSession.SC3: Silicon Lasers and Integrated Silicon Photonics ......................................... 60 1P14 SC3: Photonics and Optoelectronics Integration for Terahertz Processing ................................. 60 1P15 Advances in the Electromagnetic Modelling of Complex, Heterogeneous and Fractal Structures......... 61 1P16 SC5: Noninvasive Examination Techniques in Industry and Biomedicine .................................. 62 1P17a SC3: Guided-mode-resonance Devices and Applications 2 ................................................. 62 1P17b SC1: Interaction of Electromagnetic Wave with Complex Media .......................................... 63 1P18 SC1: Soft Magnetic Wires and Giant Magnetoimpedance Effect for High Sensitive Magnetic Sensors and Non-destructive Control ................................................................................... 63 5 Progress In Electromagnetics Research Symposium Thursday AM, August 2, 2018 2A1 FocusSession.SC5: Remote Sensing for Hydrological Applications 2........................................ 64 2A2 FocusSession.SC5: Inverse Scattering, Imaging, and Remote Sensing 3 .................................... 64 2A3 FocusSession.SC1&SC2: Multiscale and Multiphysics Computation and Applications 1.................. 65 2A4 SC1&SC3: Design and Simulation of Electromagnetic and Optical Devices 1 ............................. 65 2A5 SC3&SC4: Antenna Measurement and Electromagnetic Field Application Using Photonic Technique .. 65 2A6 Biomedical Imaging and Sensing Involving both Light and Ultrasound 1 .................................. 66 2A7 SC2: Advances in Metasurfaces 1.............................................................................. 66 2A8 SC2: Theory and Applications of Anisotropic and Bianisotropic Metamaterials 1 ........................ 67 2A9 FocusSession.SC3: Novel Photonic Materials for Advanced Applications 3 ................................ 67 2A10 Optoelectronic Devices and Integration ....................................................................... 68 2A11 MS-1: Mini-symposium on Microwave Photonics 1 .......................................................... 68 2A12 FocusSession.SC3: Advanced Optofluidics: Photonic Systems for Fluids and Life Science 1 ............. 69 2A13 Extended/Unconventional Electromagnetic Theory, EHD(Electro-hydrodynamics)/EMHD(Electro-magneto- hydrodynamics), and Electro-biology ......................................................................... 69 2A14 Oral Presentations for Best Student Paper Awards — SC1: CEM, EMC, Scattering & EM Theory .... 70 2A15 Oral Presentations for Best Student Paper Awards — SC2: Metamaterials, Plasmonics and Complex Media ............................................................................................................ 70 2A16 Oral Presentations for Best Student Paper Awards — SC3: Optics and Photonics ....................... 71 2A17 Oral Presentations for Best Student Paper Awards — SC4: Antennas and Microwave Technologies .... 71 2A18 Oral Presentations for Best Student Paper Awards — SC5: Remote Sensing, Inverse Problems, Imag- ing, Radar and Sensing ......................................................................................... 71 2A0 Poster Session 1................................................................................................. 72 6 PIERS 2018 Toyama Program Thursday PM, August 2, 2018 2P1 Innovative Microwave Remote Sensing ........................................................................ 76 2P2 Light Scattering and Radiative Transfer: Basic Research and Applications 1.............................. 78 2P3a FocusSession.SC1&SC2: Multiscale and Multiphysics Computation and Applications 2.................. 78 2P3b SC1: Fast and Efficient Algorithms of CEM .................................................................. 79 2P4 SC1&SC3: Design and Simulation of Electromagnetic and Optical Devices 2 ............................. 80 2P5a SC4: Leading Design Techniques for Wideband, Miniaturized, and Circularly Polarized Antennas...... 80 2P5b SC1: Recent Progress in Antenna Analysis and Design...................................................... 81 2P5c SC4: Evaluation Techniques of Substrate Materials for MM-wave Planar Antennas ...................... 81 2P6 Biomedical Imaging and Sensing Involving both Light and Ultrasound 2 .................................. 82 2P7a SC1: Recent Approaches to Periodic Structures 3............................................................ 83 2P7b SC1: Wave Scattering from Random Surfaces and Periodic Structures
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