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New Realization Method for Airborne SAR Motion Compensation
作者姓名:苏宏宇  李舒  李方慧  龙腾
作者单位:SchoolofInformationScienceandTechnology,BeijingInstituteofTechnology,Beijing100081,China
基金项目:SponsoredbytheMinisterialLevelAdvancedResearchFoundation(130705020)
摘    要:After analyzing the characteristics of airborne SAR motion deviation in detail, a new realization method for airborne SAR motion compensation based on two-dimensional division processing is described. By combining the division of local tracks in azimuth direction and the division of sub-mapping strips in range direction, the motion deviation will be compensated accurately. Furthermore, both theoretic analysis and simulation result show that by using this method the problems of motion compensation under complex condition with large motion deviation and large mapping strip width can be resolved well.

关 键 词:运动偏差  运动补偿  二维分割  局部轨迹  SAR  合成孔径雷达
收稿时间:2003/3/24 0:00:00

New Realization Method for Airborne SAR Motion Compensation
SU Hong-yu,LI Shu,LI Fang-hui and LONG Teng.New Realization Method for Airborne SAR Motion Compensation[J].Journal of Beijing Institute of Technology,2004,13(2):139-142.
Authors:SU Hong-yu  LI Shu  LI Fang-hui and LONG Teng
Affiliation:School of Information Science and Technology, Beijing Institute of Technology, Beijing 100081, China
Abstract:After analyzing the characteristics of airborne SAR motion deviation in detail, a new realization method for airborne SAR motion compensation based on two-dimensional division processing is described. By combining the division of local tracks in azimuth direction and the division of sub-mapping strips in range direction, the motion deviation will be compensated accurately. Furthermore, both theoretic analysis and simulation result show that by using this method the problems of motion compensation under complex condition with large motion deviation and large mapping strip width can be resolved well.
Keywords:airborne SAR  motion deviation  motion compensation  two-dimensional division  local tracks  sub-mapping strips
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