封面
声明
致谢
中文摘要
英文摘要
Extended Abstract
目录
Contents
图清单(List of Figures)
表清单(List of Tables)
1 绪论
1.1研究背景(Research Background)
1.2 遥感影像定位技术现状与趋势(The Present Status and Trend of the Research on the Remote Sensing Image Positioning)
1.3 研究意义、目标、内容(Significance, Objectives and Contents)
2 遥感影像空中三角测量理论基础
2.1 坐 标 系 统 与 坐 标 转 换 (Coordinate System and Coordinate Transformation)
2.2姿态描述与转换(Manifestation and Conversion of the attitude)
2.3 轨道的拟合与插值(Orbit Fitting and Interpolation)
本章小结
3 地心直角坐标系航空光学遥感影像定位
3.2 地心坐标系框幅式(面阵)影像严密定位模型(The Model of Rigorous Positioning of Aerial Frame (Area Array) Image)
3.3航空线阵影像的预处理(The Preprocessing of Linear Array Image)
3.4 地心坐标系线阵影像严密定位模型(The Model of Rigorous Positioning of Aerial Linear Array Image Supported)
本章小结
4 稀少控制点大跨度航天光学影像定位
4.1 地心坐标系航天光学遥感影像共线方程的两种形式(The Collinearity Equation Form of Space Optical Remote Sensing Image in GCCS)
4.2 地固地心直角坐标系共线方程(The Collinearity Equation of Space Optical Remote Sensing Image in the ECR Coordinate System)
4.3 航天光学遥感影像的严密定位(The Rigorous Positioning of Space Optical Remote Sensing Image)
4.4 适合大跨度遥感影像的定位模型(The Model of Positioning suitable for Large-span Space Remote Sensing Image)
5 基于距离-共面方程的侧视雷达遥感影像定位
5.1 侧视雷达成像及其特点(Imaging and Characteristics of the Side-looking Radar)
5.2 侧视雷达影像定位R-Cp方程(R-Cp Equation of Side-looking Radar Image Positioning)
5.3 像点坐标显函数形式的距离-共面方程(The Range-Coplanarity Equation of the Explicit Function Form of Image Point Coordinates)
5.4 基于距离-共面方程的侧视雷达影像定位(The Radar Image Positioning Based on Range-Coplanarity Equation)
本章小结
6 多源异构遥感影像的一体化空中三角测量技术
6.1 多源异构遥感影像的一体化空三技术(Integrated Technology of Photographic Triangulatiion for Multi-source Remote Sensing Image)
6.2 基于等效传感器参数的遥感影像严密定位(The Rigorous Positioning of Remote Sensing Image Based on Equivalent Sensor Parameters)
6.3 多传感器遥感影像严密定位程序实现(The Implementation of
7 平差解算与定位精度若干问题
7 Several Issues of Adjustment Calculation and Positioning Accuracy
7.1 大型区域网平差的解算(The Calculation of Large Block Adjustment)
7.2 方位元素误差及相关性对影像定位影响仿真(The Simulation of the Impacts of Error and Correlation of Orientation Elements on the Positioning of Remote Sensing Image)
7.3 遥感影像定位方位元素的去相关性(The Decorrelation of Orientation Elements of the Positioning of Remote Sensing Image)
本章小结
8 应用与试验
8.1方位元素相关性去除与误差补偿试验(Test of the Correlation Removal and Error Compensation of Orientation Elements)
8.2 航空框幅式影像区域网平差(Block Adjustment of Airborne Frame Sensor Images)
8.3 航空三线阵 ADS40 影像区域网平差(Block Adjustment of Airborne Three Line Array Sensor ADS40)
8.4 宽覆盖环境灾害监测卫星单线阵影像正射纠正(Ortho-Rectification Tests of Wide Ground Coverage CCD Images of Environmental Disaster Monitoring Satellite)
8.5扫描式红外影像的正射纠正(Orthorectification of Infrared Scans Sensor Image)
8.6 大跨度 SPOT5/HRS 立体条带影像区域网平差(Block Adjustment for Long-Strip Stereo Images of SPOT5/HRS)
8.7 航天三线阵 ALOS/PRISM 影像定位试验(Positioning Test of Spaceborne Three Line Array Sensor ALOS/PRISM Images)
8.8 克莱门汀月球面阵影像定位试验(High-Accuracy Positioning Test of Clementine Lunar Images)
8.9 星载 SAR 遥感影像定位试验(Positioning Tests of Spaceborne SAR Images)
本章小结
9 总结与展望
9.1 主要工作及结论(Major Work and Conclusions)
9.2 主要创新点(Main Innovative Points)
9.3 不足与展望(Insufficiency and Prospects)
参考文献
作者简历
学位论文数据集