Aimed at the pulse radar altimeter, two jamming modes, namely, track-gate barrage-jam and coercive capture jam are advanced. 针对脉冲高度表,提出了跟踪门阻塞干扰和强制捕捉干扰两种干扰模式,并分别给出了干扰信号形式和干扰能量方程。
The low-earth-orbiters ( LEOs) have developed rapidly in recent decade due to the requirements of scientific researches such as gravity recovery, atmosphere exploration, radar altimeter and so on. 由于重力场精化、大气探测、海洋测高等科学研究的需要,低轨卫星得到了迅速发展。
Design Calculation and Optimization Adjustment for Perigee Sensitivity of Radar Altimeter under Various Geographical Physiognomy Conditions 不同地貌条件下雷达高度表近地点灵敏度设计计算及优化调整
Self-reconfiguration based on FPGA utilized in radar altimeter FPGA自重构技术在雷达高度计中的应用
It is known that the pulse radar altimeter is an important assembly in the terrain contour matching system ( TERCOM). 脉冲雷达高度表内嵌的跟踪与测高算法在很大程度上决定了地形匹配系统的总体性能。
Research of the optimized radar altimeter sensitivity testing approach using dichotomy method 基于二分法的雷达高度表灵敏度测试方法优化研究
A Tracking and Height-Measuring Algorithm Applied to TERCOM Radar Altimeter 一种应用于地形匹配雷达高度表中的回波跟踪与测高算法
Design and implementation of ground echo simulator for radar altimeter 基于大地回波仿真的回波模拟器设计实现
Design of a radar altimeter data receiver and display module based on nonrestoring array divider 基于阵列除法的数据接收/显示模块设计
The theory and digital signal processing software and hardware design method of height finding radar based on the requirements of missile-borne radar altimeter. 根据弹载环境对雷达高度表的具体要求,介绍了某测高雷达的原理及其数字信号处理软、硬件设计。
Design of FMCW Radar Altimeter Digital Signal Processor Based on FFT and Constant Beat-frequency 基于FFT的恒差拍FMCW高度表数字信号处理器设计
Study on Satellite Radar Altimeter Retrieval Algorithms over Coastal Seas and under High Sea State Events 卫星雷达高度计在中国近海及高海况下遥感反演算法研究
Application of Return Signal Simulator in Radar Altimeter Ground-based Test and Calibration 回波模拟器在雷达高度计地面测试和定标中的应用
The basic methods of electronic jamming to radar altimeter are introduced, and the mathematical models of ground echo power, ground jamming power and bounce jamming power received by radar altimeter are provided. 介绍了对雷达高度表实施电子干扰的基本方法,建立了雷达高度表接收地面回波功率以及接收地对空干扰和空对地弹射干扰信号功率的数学模型。
Analysis of the Middle-Resolution Airborne Ocean Radar Altimeter System and Development of Receiver System 中分辨率机载海洋雷达高度计系统分析及接收系统的研制
System frequence flow and specifications analysis for Spaceborne Radar Altimeter 星载雷达测高计系统频率流程和指标分配
Study on measurement of sea state and sea surface wind speed by an airborne radar altimeter 机载雷达高度计对海况及海面风速的测量研究
The spaceborne radar altimeter has been developed rapidly in the world since 1970s. 70年代以来,星载雷达高度计在世界范围内得到了迅速的发展。
Design of a Spaceborne Radar Altimeter System with it's Height Precision Analysis 星载雷达高度计系统设计及测高精度分析
Moreover, simple pulse Doppler radar altimeter system can't satisfy the demands for anti-jamming in complex electromagnetic environment. 除此之外,简单脉冲多普勒体制高度表也很难满足现代复杂电磁环境下抗干扰能力的要求。
The three different schemes of radar altimeter combination were analyzed. 分析了三种不同的雷达高度计组合方案。
HY-2 Radar Altimeter and Microwave Scatterometer HY-2雷达高度计和微波散射计
So studying on area target's detection algorithms for airborne pulse radar altimeter seem to be important. 因此,基于对雷达高度表面目标的二进制积累检测算法的研究显得尤为重要。
As the basis of the tracking algorithm, an echo model is the key to radar altimeter design. 雷达高度计回波模型是设计、检验高度计跟踪算法的基础,是高度计设计的关键性环节。
Receiving and controlling unit are the important components for radar altimeter. 接收单元和控制单元是雷达高度计系统的重要组成部分。
This issue includes an airborne radar altimeter simulator for radar altimeter of field testing and performance monitoring. 本文研究的是一种机载雷达高度表模拟器,用于雷达高度表的外场测试与性能监测。
The thesis is the further development on the research of 3D-imaging radar altimeter. 本论文是对三维成像雷达高度计系统的进一步深化研究。
On this basis, the corresponding complete design, simulation and debugging, preparation of the frequency control module microcontroller program, completed a new radar altimeter simulator design. 在此基础上完成了相应的设计、仿真和调试,编写了频率控制模块单片机程序,完成了新型雷达高度表模拟器的总体设计。
Radar altimeter is one of the most important microwave sensing instruments. 星载雷达高度计是海洋遥感中最重要的微波遥感器之一,在科学研究和经济生活等方面都有重要的用途。
Radar altimeter simulator of the design problems were analyzed, and points out the direction for improvement. 对该型雷达高度表模拟器设计中存在的问题进行了分析,并指出了改进方向。