My IGARSS 2014 Schedule

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MOP.E: INSAR Techniques

Session Type: Poster
Time: Monday, July 14, 17:20 - 19:00
Location: Poster Area E
Session Chairs: Louis Veci, Array Systems Computing, Inc. and Shoichiro Kojima, National Institute of Information and Communications Technology
 
  MOP.E.34: THE SENTINEL-1 TOOLBOX
         Luis Veci; Array Systems Computing Inc.
         Jun Lu; Array Systems Computing Inc.
         Pau Prats-Iraola; German Aerospace Center (DLR)
         Rolf Scheiber; German Aerospace Center (DLR)
         Fabrice Collard; OceanDataLab
         Norman Fomferra; Brockmann Consult GmbH
         Marcus Engdahl; European Space Agency (ESA) / ESRIN
 
  MOP.E.35: OPTIMIZED ATMOSPHERIC SIGNAL REDUCTION IN INSAR TIME SERIES ASSISTED BY EXTERNAL ATMOSPHERIC INFORMATION
         Wenyu Gong; Geophysical Institute
         Franz J. Meyer; Geophysical Institute
 
  MOP.E.36: PRELIMINARY ANALYSIS OF CROSS-TRACK INTERFEROMETRY BY SYNTHETIC BEAM OF TWO ANTENNAS OF ALONG-TRACK INTERFEROMETRIC SAR
         Shoichiro Kojima; National Institute of Information and Communications Technology
         Toshihiko Umehara; National Institute of Information and Communications Technology
         Tatsuharu Kobayashi; National Institute of Information and Communications Technology
         Makoto Satake; National Institute of Information and Communications Technology
         Jyunpei Uemoto; National Institute of Information and Communications Technology
 
  MOP.E.37: THE INFLUENCE OF SYSTEM PARAMETERS ON MULTIBASELINE INSAR FOR LAYOVER SOLUTION
         Yanli Yuan; BeiHang University
         Huaping Xu; BeiHang University
         Xue Qiu; BeiHang University
 
  MOP.E.38: MULTI-BASELINE PHASE UNWRAPPING VIA MAXIMUM LIKELIHOOD PHASE GRADIENT ESTIMATION
         Yanan You; BeiHang University
         Huaping Xu; BeiHang University
         Jianlong Li; BeiHang University
         Chunsheng Li; BeiHang University
         Lvqian Zhang; Chinese Academy of Engineering
         Peng Xiao; BeiHang University
 
  MOP.E.39: EVALUATION OF DIGITAL ELEVATION MODEL GENERATED BY AN AIRBORNE INTERFEROMETRIC SAR (PI-SAR2)
         Tatsuharu Kobayashi; National Institute of Information and Communications Technology
         Toshihiko Umehara; National Institute of Information and Communications Technology
         Jyunpei Uemoto; National Institute of Information and Communications Technology
         Makoto Satake; National Institute of Information and Communications Technology
         Shoichiro Kojima; National Institute of Information and Communications Technology
         Takeshi Matsuoka; National Institute of Information and Communications Technology
         Akitsugu Nadai; National Institute of Information and Communications Technology
         Seiho Uratsuka; National Institute of Information and Communications Technology
 
  MOP.E.40: BLOCK ADJUSTMENT OF AIRBORNE INSAR BASED ON INTERFEROGRAM PHASE AND POS DATA
         Xijuan Yue; Institute of Remote Sensing and Digital Earth, CAS
         Chunming Han; Institute of Remote Sensing and Digital Earth, CAS
         Changyong Dou; Institute of Remote Sensing and Digital Earth, CAS
         Yinghui Zhao; Institute of Remote Sensing and Digital Earth, CAS
 
  MOP.E.41: SPACEBORNE D-INSAR SYSTEM: COHERENCE ANALYSIS
         Wei Li; State Key Laboratory of Geo-Information Engineering
         Liangsheng Lou; State Key Laboratory of Geo-Information Engineering
         Siwei Liu; State Key Laboratory of Geo-Information Engineering
         Mingsheng Liao; State Key Laboratory of Information Engineering in Surveying, Mapping, and Remote Sensing, Wuhan University
         Huaping Xu; BeiHang University
         Weimin Yu; Shanghai Academy of Spaceflight Technology