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My IGARSS 2016 Schedule

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TUP.P19: Electromagnetic theory: Radar and Optical

Session Type: Poster
Time: Tuesday, July 12, 17:20 - 19:00
Location: Third Floor, South Hall, Poster Area
 
  TUP.P19.99: TO RECONSTRUCT HOTSPOT EFFECT FOR MODIS BRDF ARCHETYPES USING A HOTSPOT-CORRECTED KERNEL-DRIVEN BRDF MODEL
         Ziti Jiao; Beijing Normal University
         Yadong Dong; Beijing Normal University
         Hu Zhang; Beijing Normal University
 
  TUP.P19.100: A SIMPLE FUSION ALGORITHM OF POLAR-ORBITING AND GEOSTATIONARY SATELLITE DATA FOR THE ESTIMATION OF SURFACE SHORTWAVE FLUXES
         Ling Chen; Beijing Froestry University
         Guangjian Yan; Beijing Normal University
         Huazhong Ren; Peking University
         Tianxing Wang; Chinese Academy of Sciences
 
  TUP.P19.101: IMPROVING HJ-1B IRS LAND SURFACE TEMPERATURE PRODUCT USING ASTER GLOBAL EMISSIVITY DATASET
         Hua Li; Institute of Remote Sensing and Digital Earth, Chinese Academy of Sciences
         Tian Hu; Institute of Remote Sensing and Digital Earth, Chinese Academy of Sciences
         Xiangchen Meng; Institute of Remote Sensing and Digital Earth, Chinese Academy of Sciences
         Yongming Du; Institute of Remote Sensing and Digital Earth, Chinese Academy of Sciences
         Biao Cao; Institute of Remote Sensing and Digital Earth, Chinese Academy of Sciences
         Qinhuo Liu; Institute of Remote Sensing and Digital Earth, Chinese Academy of Sciences
 
  TUP.P19.102: A METHOD FOR EXTRACTING AMPLITUDE ATTRIBUTE OF SCATTERING CENTERS IN SAR
         Yuexin Gao; Xidian University
         Mengdao Xing; Xidian University
 
  TUP.P19.103: NEW RESULTS ABOUT QUANTUM SCATTERING CHARACTERISTICS OF TYPICAL TARGETS
         Kang Liu; National University of Defense Technology
         Yanwen Jiang; National University of Defense Technology
         Xiang Li; National University of Defense Technology
         Yongqiang Cheng; National University of Defense Technology
         Yuliang Qin; National University of Defense Technology
 
  TUP.P19.104: SCATTERING CENTER MODELLING BASED ON COMPRESSED SENSING PRINCIPLE FROM UNDER-SAMPLING SCATTERING FIELD DATA
         Qi-Feng Li; Beijing Institute of Technology
         Kun-Yi Guo; Beijing Institute of Technology
         Bo Tang; University of Science and Technology Beijing
         Xin-Qing Sheng; Beijing Institute of Technology