TUP1.PU: New Remote Sensing Techniques and Methods II

Session Type: Poster
Time: Tuesday, July 24, 10:10 - 11:10
Location: Poster Area U
Session Chairs: Scott Hensley, NASA Jet Propulsion Laboratory, California Institute of Technology and Salvatore Stramondo, Istituto Nazionale di Geofisica e Vulcanologia
 
TUP1.PU.1: IMPROVED FLOOD MAPPING BASED ON THE FUSION OF MULTIPLE SATELLITE DATA SOURCES AND IN-SITU DATA
         Young-Joo Kwak; PWRI-ICHARM-UNESCO
         Ramona Pelich; Luxembourg Institute of Science and Technology
         Jonggeol Park; Tokyo University of Information Sciences
         Wataru Takeuchi; The University of Tokyo
 
TUP1.PU.2: ATMOSPHERIC CORRECTION ICOR AND INTEGRATION IN OPERATIONAL WORKFLOWS
         Stefan Adriaensen; VITO NV
         Sindy Sterckx; VITO NV
         Liesbeth De Keukelaere; VITO NV
         Ruben Van De Kerchove; VITO NV
         Els Knaeps; VITO NV
 
TUP1.PU.3: THE GEOMETRY NUMERICAL SIMULATION AND ANALYSIS FOR MOON-BASED EARTH OBSERVATION
         Guozhuang Shen; RADI, CAS
         Huadong Guo; RADI, CAS
         Guang Liu; RADI, CAS
 
TUP1.PU.4: THE MONITORING AND RESTORATION TECHNOLOGY OF GEOLOCATION ACCURACY OF HIGH SPATIAL RESOLUTION REMOTE SENSING DATA
         Victor Eremeev; Ryazan State Radio Engineering University
         Andrei Kochergin; Ryazan State Radio Engineering University
         Aleksei Kuznetcov; Ryazan State Radio Engineering University
         Vasilii Poshekhonov; Ryazan State Radio Engineering University
         Andrei Ryzhikov; Ryazan State Radio Engineering University
 
TUP1.PU.5: A METHOD OF RETRIEVING BRDF FROM SURFACE REFLECTED RADIANCE USING DECOUPLING OF ATMOSPHERIC RADIATIVE TRANSFER AND SURFACE REFLECTION
         Alexander Radkevich; Science Systems and Applications, Inc
 
TUP1.PU.7: A MODIFIED FRAMEWORK FOR SHIP DETECTION FROM COMPACT POLARIZATION SAR IMAGE
         Qiancong Fan; Xiamen University
         Feng Chen; Xiamen University
         Ming Cheng; Xiamen University
         Cheng Wang; Xiamen University
         Jonathan Li; Xiamen University
 
TUP1.PU.8: A SEABORNE ISAR AUTOFOCUSING METHOD UNDER MINIMUM ENTROPY CRITERION
         Qun Zhang; Air Force Engineering University
         Yichang Chen; Air Force Engineering University
         Yong Wu; Shaanxi Institute of Metrology Science
         Dan Wang; Air Force Engineering University
 
TUP1.PU.10: SIMULATION AND SIGNAL DETECTION OF PHOTON COUNTING LIDAR DATA IN FORESTED AREA
         Bowei Chen; Chinese Academy of Forestry
         Yong Pang; Chinese Academy of Forestry
         Zengyuan Li; Chinese Academy of Forestry
         Peter North; Swansea University
         Jacqueline Rosette; Swansea University
         Iain Bye; Swansea University
         Hao Lu; Beijing Forestry University
         Liuxia Liu; Anhui Agricultural University
         Zhenyu Ma; Chinese Academy of Forestry