Session Title | MOP2.PE: Advanced Methods for Static and Moving Objects |
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Presentation Mode | Poster |
Session Time | Monday, 29 July, 15:20 - 16:20 |
Location | Room 501-502: Poster Area E |
Session Chairs | Chao Wang, Chinese Academy of Sciences and Chunlei Huo, Institute of Automation, Chinese Academy of Sciences |
MOP2.PE.1: MOVING TARGET DETECTION AND MOTION PARAMETER ESTIMATION VIA DUAL-BEAM INTERFEROMETRIC SAR |
Jinyu Bao; University of Electronic Science and Technology of China |
Xiaoling Zhang; University of Electronic Science and Technology of China |
Xinxin Tang; University of Electronic Science and Technology of China |
Shunjun Wei; University of Electronic Science and Technology of China |
Jun Shi; University of Electronic Science and Technology of China |
MOP2.PE.2: HIGH-SPEED AIRCRAFT SINGLE CHANNEL SAR-GMTI BASED ON NEURAL NETWORK |
Liang Li; University of Electronic Science and Technology of China |
Xiaoling Zhang; University of Electronic Science and Technology of China |
Chen Wang; University of Electronic Science and Technology of China |
Liming Pu; University of Electronic Science and Technology of China |
Jun Shi; University of Electronic Science and Technology of China |
Shunjun Wei; University of Electronic Science and Technology of China |
MOP2.PE.3: IMPACT ANALYSIS OF INCIDENT ANGLE FACTOR ON HIGH-RESOLUTION SAR IMAGE SHIP CLASSIFICATION BASED ON DEEP LEARNING |
Yingbo Dong; Chinese Academy of Sciences |
Chao Wang; Chinese Academy of Sciences |
Hong Zhang; Chinese Academy of Sciences |
Yuanyuan Wang; Chinese Academy of Sciences |
Bo Zhang; Chinese Academy of Sciences |
MOP2.PE.4: AIRPORT AIRCRAFT DETECTION BASED ON LOCAL CONTEXT DPM IN REMOTE SENSING IMAGES |
Fukun Bi; North China University of Technology |
Zhihua Yang; North China University of Technology |
Mingyang Lei; North China University of Technology |
Mingming Bian; Beijing Institute of Spacecraft System Engineering |
MOP2.PE.5: JOINT DETECTION OF AIRPLANE TARGETS BASED ON SAR IMAGES AND OPTICAL IMAGES |
Jitao Qin; Liaoning Technical University |
Haicheng Qu; Liaoning Technical University |
Hao Chen; Harbin Institute of Technology |
Wen Chen; Harbin Institute of Technology |
MOP2.PE.6: AN AIRCRAFT DETECTION METHOD BASED ON IMPROVED MASK R-CNN IN REMOTELY SENSED IMAGERY |
Pengfei Zhao; Harbin Institute of Technology |
Huayu Gao; Beijing Institute of Aerospace Systems Engineering |
Yun Zhang; Harbin Institute of Technology |
Hongbo Li; Harbin Institute of Technology |
Rui Yang; Harbin Institute of Technology |
MOP2.PE.7: DETECTING AND POSITIONING OF WIND TURBINE BLADE TIPS FOR UAV-BASED AUTOMATIC INSPECTION |
Haowen Guo; Wuhan University |
Qiangqiang Cui; Wuhan University |
Jinwang Wang; Wuhan University |
Fang Xu; Wuhan University |
Wen Yang; Wuhan University |
Zhengrong Li; Beijing New3S Technology Co. LTD |
MOP2.PE.8: ROTATION AWARENESS BASED SELF-SUPERVISED LEARNING FOR SAR TARGET RECOGNITION |
Shuai Zhang; Northwestern Polytechnical University |
Zaidao Wen; Northwestern Polytechnical University |
Zhunga Liu; Northwestern Polytechnical University |
Quan Pan; Northwestern Polytechnical University |
MOP2.PE.9: ROTATION-INVARIANT LATENT SEMANTIC REPRESENTATION LEARNING FOR OBJECT DETECTION IN VHR OPTICAL REMOTE SENSING IMAGES |
Xiwen Yao; Northwestern Polytechnical University |
Xiaoxu Feng; Northwestern Polytechnical University |
Gong Cheng; Northwestern Polytechnical University |
Junwei Han; Northwestern Polytechnical University |
Lei Guo; Northwestern Polytechnical University |
MOP2.PE.10: ROTATION AND SCALE-INVARIANT OBJECT DETECTOR FOR HIGH RESOLUTION OPTICAL REMOTE SENSING IMAGES |
He Huang; University of Chinese Academy of Sciences |
Chunlei Huo; Institute of Automation, Chinese Academy of Sciences |
Feilong Wei; Beijing Union University |
Chunhong Pan; Institute of Automation, Chinese Academy of Sciences |
MOP2.PE.11: MOTION STATES CLASSIFICATION OF ROTOR TARGET BASED ON MICRO-DOPPLER FEATURES USING CNN |
Wantian Wang; Air Force Early Warning Academy |
Ziyue Tang; Air Force Early Warning Academy |
Xin Xiong; Air Force Early Warning Academy |
Yichang Chen; Air Force Early Warning Academy |
Yuanpeng Zhang; Air Force Early Warning Academy |
Yongjian Sun; Air Force Early Warning Academy |
Zhenbo Zhu; Air Force Early Warning Academy |
Chang Zhou; Air Force Early Warning Academy |