交会雷达

介绍了天基雷达的三种类型：第一种交会雷达、第二种遥感卫星上的合成孔径雷达（SAR）成像雷达、第三种天基监视雷达，该雷达目前正在大力开发。

In this paper , the following three kinds of space-based radar are described : rendezvous radar , SAR on the remote-sensing satellite and the space-based surveillance radar which is being developing vigorously at present .

空间微波交会雷达总体构想

The General Framework of Space Microwave Rendezvous Radar

基于交会雷达测量的相对导航滤波器

Rendezvous Radar Observation-based Relative Navigation Filter

结合我国载人航天工程未来发展的需要，分析了国外微波交会雷达技术的发展方向，提出了我国微波交会雷达的总体实施方案构想。

Based on requirements of future development of the manned space flight program of China , this paper analyzes the developing trend of foreign microwave rendezvous radar technology , and puts forward the general framework of microwave rendezvous radar s in our country .

微波交会对接雷达目标跟踪的卡尔曼滤波器设计

Kalman Filter Design for Target Tracking in Microwave Rendezvous and Docking Radar

伪码连续波交会对接雷达信号处理机设计

Pseudo-code CW RVD Radar Signal Processor Design

交会对接中雷达测量信息的最优估计

Optimal estimation of radar measurement information in rendezvous docking

无源测向交会定位是雷达组网抗干扰的重要途径。

Passive DF and crossing location method is an important approach of the interference suppression technology for radar networks .

为提高弹目交会过程中雷达引信的启动点控制精度，必须对引信获取的目标信息进行系统分析和充分利用。

Object information gotten by fuze should be systematically studied and effectively used in order to improve the precision of burst point control .

基于交会点序列的雷达录取数据仿真模型

Simulation Model for Radar Data Acqusition based on Intersect Point Sequence

空间交会对接用激光雷达敏感器

Laser Radar Sensor for Spacecraft Rendezvous and Docking

以两飞行器自主交会、绕飞与最终逼近为背景，研究基于交会雷达的自主相对导航方法。

Taking autonomous homing , flying-by and final approaching of two spacecrafts in space as background , the autonomous relative navigation algorithm is studied in this paper .

空间交会对接技术是建立空间站的核心技术，而空间交会激光雷达技术又是空间交会中的关键技术。

In order to develop the outer space experiments and its application researches , it is crucial to build a permanent space station , where rendezvous and docking technique plays an important role among it .