Online edition: ISSN 2432-6380
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SANE2022-62
[招待講演]Radar Measurement of the Inner Structure of the Great Pyramid in Egypt
○Motoyuki Sato・Anwer S. Abd El-Hameed・Ryuma Saito(Tohoku Univ.)
pp. 1 - 6
SANE2022-63
[特別講演]GNSS/IMU/オドメータを利用した自動車位置のインテグリティモニタリングについて
○久保信明・和田山晃平・小松大生(東京海洋大)
pp. 7 - 12
SANE2022-64
[特別講演]Study and demonstration of a ground-to-vehicle communication system for high-speed rail using milli-meter wave and THz
-- New infrastructure applications beyond the milli-meter wave --
○Nobuhiko Shibagaki・Yosuke Satoh・Takeru Nemoto・Kenichi Kashima(Hitachi Kokusai Electric)
pp. 13 - 17
SANE2022-65
A Real Time Synthetic Aperture Radar Emulator and Applications
○Bryan Chih-Yuan Chu・Cheng-Yen Chiang(WaveFidelity/National Dong Hwa Univ.)・Wen-Yen Chang(National Dong Hwa Univ.)
pp. 18 - 23
SANE2022-66
primary study of radiometric accuracy for SAR satellite system
Bryan Chihyuan Chu・○Yuya Yokota・Cheng-Yen Chiang(Wave Fidelity Inc.)・Meng-Che Wu(NARlabs)
pp. 24 - 28
SANE2022-67
類似性を利用した合成開口レーダのレンジアンビギュイティ抑圧
○夏秋 嶺・工藤雷己・廣瀬 明(東大)
pp. 29 - 32
SANE2022-68
DiskSat SAR for Mega Constellation
-- 2D Satellite of Synthetic Aperture Radar with Deployable Slot Array Antenna --
○Hirobumi Saito(Waseda Univ)・Mitsuteru Kaneoka(CSP Japan)
pp. 33 - 38
SANE2022-69
An observation of artificial buried items with the ALOS-2 L-band synthetic aperture radar
-- Initial results --
○Akihisa Uematsu・Toshiyuki Nishibori(JAXA)
pp. 39 - 44
SANE2022-70
Dual band FMCW imaging radar for security inspections
○Naruto Yonemoto・Akiko Kohmura・Shunichi Futatsumori・Kazuyuki Morioka・Norihiko Miyazaki・Masahiko Sato・Noriaki Hiraga(ENRI,MPAT)・Hitoshi Nohmi(AT)
pp. 45 - 49
SANE2022-71
Active phased array antenna optimization and calibration for satellite applications
Bryan Chihyuan Chu,・○Jake W. Liu・Zhao He Lin(Ohmplus Tech. Inc.)
pp. 50 - 52
SANE2022-72
Radio Interference by Space Debris Clouds
○Makoto Tanaka(Tokai Univ.)
pp. 53 - 55
SANE2022-73
民生用GNSSデバイスとLTE-M網を用いたリアルタイム遠隔ZTD観測
○東野武史・松村大輝・中川 豊・岡田 実(奈良先端大)
pp. 56 - 58
SANE2022-74
火山活動及び地震と衛星軌道の関連性について
○飯岡慶衣子・田中 真(東海大)
pp. 59 - 64
SANE2022-75
Phase Method of Microwave Tomography Based on Micro-Rotation
○Cheng-Chung Lin・Wei-Chen Chiu・Ai-Jung Lee(NCSIST)
pp. 65 - 67
SANE2022-76
Radar Target Modeling by Employing Directional Point Source
○Hirokazu Kobayashi(Electromagnetic Wave System Lab.)・Hirohisa Oda(SOGO)
pp. 68 - 73
SANE2022-77
Machine learning for global detection of photovoltaic panel installation using Landsat-8 Imagery
○Ryo Ito・Ryu Sugimoto・Chiaki Tsutsumi・Ryosuke Nakamura(AIST)
pp. 74 - 76
SANE2022-78
Detecting Azimuth Moving Ships using Extended Image Features in Spotlight SAR Data by Deep Learning
○Takero Yoshida(TUMSAT)・Kazuo Ouchi(former IIS UTokyo)
pp. 77 - 79
SANE2022-79
Polarimetric SAR Ship Detection Based on Sparse Reconstruction Error Saliency
○Jiahao Luo・Junjun Yin(USTB)・Jian Yang(THU)
pp. 80 - 84
SANE2022-80
General 5-component Scattering Power Decomposition with Unitary Transformation
○Yoshio Yamaguchi(Niigata Univ.)・Gulab Singh(IITB, India)・Ryu Sugimoto(AIST)
pp. 85 - 90
SANE2022-81
Scattering power decomposition of dual-polarization SAR data: application to deforestation detection in tropical rainforests
○Ryu Sugimoto・Ryosuke Nakamura・Chiaki Tsutsumi(AIST)・Yoshio Yamaguchi(Niigata Univ.)
pp. 91 - 94
SANE2022-82
Study on Volume Scattering Model in Scattering Power Decomposition for PolSAR Data
○Masato Kawada・Hiroyoshi Yamada・Ryoichi Sato(Niigata Univ.)
pp. 95 - 99
SANE2022-83
Land Cover Classification for Polarimetric SAR Images Based on Vision Transformer
Hongmiao Wang・○Danwei Lu(Tsinghua Univ.)・Junjun Yin(USTB)・Jian Yang(Tsinghua Univ.)
pp. 100 - 104
SANE2022-84
Long Short-Term Memoryを用いたスペースデブリの落下予測
○間仲哲大・田中 真(東海大)
pp. 105 - 109
SANE2022-85
Application of a Silicon Photomultiplier Detector in Doppler LIDAR
○Yusuke Aonuma(Tokai Univ.)・Takahide Mizuno(JAXA)・Makoto Tanaka(Tokai Univ.)
pp. 110 - 115
SANE2022-86
Study on Heartbeat and Respiration Rates Estimation with Two Wave Models by using mmWave MIMO FM-CW Radar
○Toshifumi Moriyama・Mie Mie Ko(Nagasaki Univ.)
pp. 116 - 119
SANE2022-87
Application of passive radar for ocean current measurement
-- Radar placement --
○Akitsugu Nadai(NICT)
pp. 120 - 124
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