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WE2.R9.1: ADAPTIVE SUPERPIXEL SEGMENTATION WITH FISHER VECTORS FOR SHIP DETECTION IN SAR IMAGES
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| Xueqian Wang; Tsinghua University |
| Gang Li; Tsinghua University |
| Antonio Plaza; University of Extremadura |
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WE2.R9.2: MAPPING OF URBAN AREAS FROM SAR IMAGES VIA SEMANTIC SEGMENTATION
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| Wenjing He; Aerospace Information Research Institute, Chinese Academy of Sciences |
| Hongjun Song; Aerospace Information Research Institute, Chinese Academy of Sciences |
| Yuanyuan Yao; Aerospace Information Research Institute, Chinese Academy of Sciences |
| Hongying Jia; Aerospace Information Research Institute, Chinese Academy of Sciences |
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WE2.R9.3: SEGMENTATION OF SAR IMAGES BASED ON THE OPTIMAL LEVEL SETS USING CWOA
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| Shiyu Luo; University of Electronic Science and Technology of China |
| Ling Tong; University of Electronic Science and Technology of China |
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WE2.R9.4: DOMAIN ADAPTATION FOR SEMANTIC SEGMENTATION OF AERIAL IMAGERY USING CYCLE-CONSISTENT ADVERSARIAL NETWORKS
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| Fabian Schenkel; Fraunhofer Institute of Optronics, System Technologies and Image Exploitation |
| Wolfgang Middelmann; Fraunhofer Institute of Optronics, System Technologies and Image Exploitation |
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WE2.R9.5: INSTANCE SEGMENTATION OF BUILDINGS USING KEYPOINTS
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| Qingyu Li; Technical University of Munich |
| Lichao Mou; German Aerospace Center |
| Yuansheng Hua; German Aerospace Center |
| Yao Sun; German Aerospace Center |
| Pu Jin; Technical University of Munich |
| Yilei Shi; Technical University of Munich |
| Xiaoxiang Zhu; German Aerospace Center |
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WE2.R9.6: UNSUPERVISED SEGMENTATION OF MULTILOOK COMPACT POLARIMETRIC SAR DATA BASED ON COMPLEX WISHART DISTRIBUTION
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| Mohsen Ghanbari; University of Waterloo |
| David A. Clausi; University of Waterloo |
| Linlin Xu; University of Waterloo |
| Mingzhe Jiang; University of Waterloo |
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WE2.R9.7: HIGH-ORDER TRIPLET CRF-PCANET FOR UNSUPERVISED SEGMENTATION OF SAR IMAGE
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| Peng Zhang; National Laboratory of Radar Signal Processing, Xidian University |
| Mohamed El Yazid Boudaren; School of Electronic Engineering, Ecole Militaire Polytechnique |
| Yinyin Jiang; National Laboratory of Radar Signal Processing, Xidian University |
| Wanying Song; School of Electronic Engineering, Xidian University |
| Beibei Li; National Laboratory of Radar Signal Processing, Xidian University |
| Ming Li; National Laboratory of Radar Signal Processing, Xidian University |
| Yan Wu; School of Electronic Engineering, Xidian University |
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WE2.R9.8: DBC: DEEP BOUNDARIES COMBINATION FOR FARMLAND BOUNDARY DETECTION BASED ON UAV IMAGERY
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| Xirong Li; Wuhan University |
| Xin Xu; Wuhan University |
| Rui Yang; Wuhan University |
| Fangling Pu; Wuhan University |
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WE2.R9.9: SINGLE IMAGE CLOUD DETECTION VIA MULTI-IMAGE FUSION
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| Scott Workman; DZYNE Technologies |
| M. Usman Rafique; University of Kentucky |
| Hunter Blanton; University of Kentucky |
| Connor Greenwell; University of Kentucky |
| Nathan Jacobs; University of Kentucky |
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WE2.R9.10: PANCHROMATIC IMAGE LAND COVER CLASSIFICATION VIA DCNN WITH UPDATING ITERATION STRATEGY
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| Biao Hou; Xidian University |
| Yangfei Liu; Xidian University |
| Tuotuo Rong; Xidian University |
| Bo Ren; Xidian University |
| Zijuan Xiang; Xidian University |
| Xiangrong Zhang; Xidian University |
| Shuang Wang; Xidian University |
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WE2.R9.11: DO DEEP LEARNING MODELS GENERALIZE TO OVERHEAD IMAGERY FROM NOVEL GEOGRAPHIC LOCATIONS? THE XGD BENCHMARK PROBLEM
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| Bohao Huang; Duke University |
| Kyle Bradbury; Duke University |
| Leslie Collins; Duke University |
| Jordan Malof; Duke University |
