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My IGARSS 2017 Schedule

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TU4.L10: Optical Modeling in Remote Sensing II

Session Type: Oral
Time: Tuesday, July 25, 16:20 - 18:00
Location: Room 204 A
Session Chairs: Jiancheng Shi, Institute of Remote Sensing and Digital Earth, Chinese Academy of Sciences and John Kerekes, Rochester Institute of Technology
 
  TU4.L10.1: RECENT ADVANCES OF MODELING LIDAR DATA USING DART AND RADIOMETRIC CALIBRATION COEFFICIENT FROM LVIS WAVEFORMS COMPARISON
         Tiangang Yin; Singapore-MIT alliance for research and technology
         Jean-Philippe Gastellu-Etchegorry; University of Toulouse
         Leslie Norford; Massachusetts Institute of Technology
 
  TU4.L10.2: A 3D JOINT SIMULATION PLATFORM FOR MULTIBAND REMOTE SENSING
         Qinhuo Liu; Institute of Remote Sensing and Digital Earth, Chinese Academy of Sciences
         Yang Zhang; Institute of Remote Sensing and Digital Earth, Chinese Academy of Sciences
         Wenhan Qin; NASA Goddard Space Flight Center
         Guoqing Sun; NASA Goddard Space Flight Center
 
  TU4.L10.3: MODIFYING HYBRID GORT MODEL FOR HIGH-PRECISION FOREST LAI INVERSION
         Jinling Song; Beijing Normal University
         Bo Yu; Beijing Normal University
         Jindi Wang; Beijing Normal University
         Qiaoli Wu; Beijing Normal University
 
  TU4.L10.4: A NEW SNOW LIGHT SCATTERING MODEL AND ITS APPLICATION IN SNOW PARAMETER RETRIEVAL FROM SATELLITE REMOTE SENSING
         Chuan Xiong; Institute of Remote Sensing and Digital Earth, Chinese Academy of Sciences
         Jiancheng Shi; Institute of Remote Sensing and Digital Earth, Chinese Academy of Sciences
 
  TU4.L10.5: INVERTING A RADIATIVE TRANSFER MODEL FOR SEDIMENT DENSITY RETRIEVAL FROM HYPERSPECTRAL BRDF DATA
         Charles Bachmann; Rochester Institute of Technology
         Rehman Eon; Rochester Institute of Technology
         Brittany Ambeau; Rochester Institute of Technology
         Justin Harms; Rochester Institute of Technology
         Gregory Badura; Rochester Institute of Technology
         Carrie Griffo; Rochester Institute of Technology
         Emily Myers; Rochester Institute of Technology