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TUP1.PC.1: THE RELATIONSHIPS BETWEEN ERRORS OF DEM AND THE HEIGHT OF AMBIGUITY OF SENTINEL-1
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| Takashi Nonaka; Nihon University |
| Tomohito Asaka; Nihon University |
| Keishi Iwashita; Nihon University |
| Fumitaka Ogushi; Harris Geospatial Solutions K.K. |
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TUP1.PC.2: MONITORING MT. SHINNMOE’S CRATER ACTIVITY USING THE TIMESERIES PALSAR-2 INTERFEROMETRY
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| Kaho Fujiyama; Tokyo Denki University |
| Shimada Masanobu; Tokyo Denki University |
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TUP1.PC.3: IDENTIFICATION OF HIDDEN BUILDING FOOTPRINTS IN INTERFEROMETRIC PHASE PROFILE
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| Jyunpei Uemoto; National Institute of Information and Communications Technology (NICT) |
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TUP1.PC.4: A MODIFIED GOLDSTEIN FILTER FOR INTERFEROGRAM DENOISING BASED ON RESIDUE DENSITY
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| Rui Li; University of Chinese Academy of Sciences; Institute of Electronics, Chinese Academy of Sciences |
| Fangjia Dou; University of Chinese Academy of Sciences; Institute of Electronics, Chinese Academy of Sciences |
| Xiaolei Lv; University of Chinese Academy of Sciences; Institute of Electronics, Chinese Academy of Sciences |
| Jili Yuan; University of Chinese Academy of Sciences; Institute of Electronics, Chinese Academy of Sciences |
| Yuming Xiang; Institute of Electronics, Chinese Academy of Sciences |
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TUP1.PC.5: MEASUREMENT OF ALONG-TRACK SURFACE DISPLACEMENTS BY SAR: MULTI- APERTURE INTERFEROMETRY VS. AMPLITUDE PIXEL OFFSET
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| Hiroshi Kimura; Gifu University |
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TUP1.PC.6: AN ESTIMATION STUDY ON AREAL GROUND SUBSIDENCE IN HATOYAMA, SAITAMA USING TIME SERIES INTERFEROMETRIC SAR
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| Wataru Iwatate; Tokyo Denki University |
| Shimada Masanobu; Tokyo Denki University |
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TUP1.PC.7: VELOCITY ESTIMATION IN MULTI-CHANNEL SAR BASED ON MAXIMUM PROBABILITY METHOD
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| Yahua Ren; Shanghai Jiao Tong University |
| Junfeng Wang; Shanghai Jiao Tong University |
| Xingzhao Liu; Shanghai Jiao Tong University |
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TUP1.PC.8: TWO-DIMENSIONAL DISPLACEMENT ANALYSIS OF BUILDINGS BASED ON PERSISTENT SCATTERER CLUSTERING AND MAP DATA
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| Daisuke Ikefuji; NEC Corporation |
| Taichi Tanaka; NEC Corporation |
| Osamu Hoshuyama; NEC Corporation |
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TUP1.PC.9: INTERFEROMETRIC PHASE CHARACTERISTICS ANALYSIS AND UNWRAPPING METHOD OF AIRBORNE INSAR IN LOW COHERENCE AREA
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| Fangfang Li; Institute of Electronics, Chinese Academy of Sciences |
| Yueting Zhang; Institute of Electronics, Chinese Academy of Sciences |
| Donghui Hu; Institute of Electronics, Chinese Academy of Sciences |
| Chibiao Ding; Institute of Electronics, Chinese Academy of Sciences |
| Jiayin Liu; Institute of Electronics, Chinese Academy of Sciences |
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TUP1.PC.10: A MULTIPATH-BASED FEATURE FOR 3-D RECONSTRUCTION OF BUILDINGS BASED ON SAR TOMOGRAPHY
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| Ruichang Cheng; Institute of Electronics, Chinese Academy of Sciences |
| Xingdong Liang; Institute of Electronics, Chinese Academy of Sciences |
| Fubo Zhang; Institute of Electronics, Chinese Academy of Sciences |
| Wei Sun; Institute of Electronics, Chinese Academy of Sciences |
| Qichang Guo; Institute of Electronics, Chinese Academy of Sciences |
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TUP1.PC.11: A CONVEX HULL AND CLUSTER-ANALYSIS BASED FAST LARGE-SCALE PHASE UNWRAPPING METHOD FOR MULTIBASELINE SAR INTERFEROGRAMS
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| Yang Lan; National Laboratory of Radar Signal Processing, Xidian University |
| Hanwen Yu; University of Houston |
| Mengdao Xing; National Laboratory of Radar Signal Processing, Xidian University |
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TUP1.PC.12: PHASE UNWRAPPING ALGORITHM BASED ON IMPROVED WEIGHTED QUALITY GRAPH
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| Haoyu Wang; University of Electronic Science and Technology of China |
| Ling Tong; University of Electronic Science and Technology of China |
| Yuxia Li; University of Electronic Science and Technology of China |
| Fanghong Xiao; University of Electronic Science and Technology of China |
