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My IGARSS 2014 Schedule

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MOP.A: Forest and Land Modeling

Session Type: Poster
Time: Monday, July 14, 17:20 - 19:00
Location: Poster Area A
Session Chairs: Brigitte Leblon, University of New Brunswick and Mariko Burgin, University of Michigan
 
  MOP.A.1: CHANGES OF DOMINANT SCATTERERS AND PROPAGATION PATHS AS A POSSIBLE ORIGIN OF SINGULAR POINTS IN RADAR INTERFEROMETRY: EXPERIMENTAL ANALYSIS
         Ryo Natsuaki; The University of Tokyo
         Akira Hirose; The University of Tokyo
 
  MOP.A.2: A MULTIPLE SCATTERING REFLECTANCE MODEL FOR VEGETATION CANOPY BASED ON RECOLLISION PROBABILITY
         Gaoxing Chen; Peking University
         Beitong Zhang; Peking University
         Wenjie Fan; Peking University
         Xiru Xu; Peking University
         Yuan Liu; Peking University
         Lu Wang; Peking University
 
  MOP.A.3: SIMULATION OF COMPLEX VISIBILITIES IN IMAGING RADIOMETRY BY APERTURE SYNTHESIS
         Eric Anterrieu; CNRS & Université de Toulouse
         François Cabot; CNES
         Yann H. Kerr; CNES
         Younes Monjid; CNES
         José-Philippe Pérez; CNRS & Université de Toulouse
 
  MOP.A.4: MONITORING OF OIL PALM PLANTATIONS AND GROWTH VARIATIONS WITH A DENSE VEGETATION MODEL
         Khar-Chun Teng; Universiti Tunku Abdul Rahman
         Jun-Yi Koay; University of Copenhagen
         Seng-Heng Tey; Applied Agricultural Resources Sdn. Bhd
         Hong-Tat Ewe; Universiti Tunku Abdul Rahman
         Hean-Teik Chuah; Universiti Tunku Abdul Rahman
 
  MOP.A.5: EXPLORING THE EFFECTS OF WIND IN FORESTS ON SAR AND IFSAR FOREST MAPING USING COMSOL MULTIPHYSICS
         Michael Benson; University of Michigan
         Leland Pierce; University of Michigan
         Kamal Sarabandi; University of Michigan
 
  MOP.A.6: HIGH-ORDER SMALL PERTURBATION METHOD FOR SCATTERING FROM LAYERED STRUCTURE WITH MULTILAYER ROUGH INTERFACES
         Chao Wu; University of Chinese Academy of Sciences
         Liting Rao; University of Chinese Academy of Sciences
         Youcheng Wang; University of Chinese Academy of Sciences
         Xiaojuan Zhang; Key Laboratory of Electromagnetic Radiation and Sensing Technology, Chinese Academy of Sciences
 
  MOP.A.7: ADAPTING POLSARPROSIM TO SIMULATE TEMPORAL DECORRELATION IN A HETEROGENEOUS MIXED FOREST
         Razi Ahmed; Jet Propulsion Laboratory
         Scott Hensley; Jet Propulsion Laboratory
         Maxim Neumann; Jet Propulsion Laboratory
         Paul Siqueira; University of Massachusetts
         Marco Lavalle; Jet Propulsion Laboratory
 
  MOP.A.8: A PATCH-BASED FILTER FOR INSAR INTERFEROGRAMS
         Xinglin Li; Graduate University of Chinese Academy of Sciences
         Hongjun Song; Institute of Electronics, Chinese Academy of Sciences
         Robert Wang; Institute of Electronics, Chinese Academy of Sciences
         Yunfeng Shao; Graduate University of Chinese Academy of Sciences
         Runpu Chen; Graduate University of Chinese Academy of Sciences
 
  MOP.A.9: ELECTROMAGNETIC SCATTERING CHARACTERISTICS OF DNM ROUGH SURFACE IN THE TERAHERTZ REGIME BY THE FDTD ALGORITHM
         Ke Li; Xidian University
         Li-Xin Guo; Xidian University
         Juan Li; Xidian University