1) Mine-ield reconnaissance
雷场侦察
2) battlefield surveillance radar
战场侦察雷达
1.
The design of an X-band synthesizer for portable battlefield surveillance radar is described in detail in this paper.
较详细地介绍了一种X波段便携式战场侦察雷达频率合成器的设计,该合成器采用了温补晶振基准源、数字锁相和取样锁相相结合方案,较好地解决了相位噪声、宽频带工作、微型化和环境适应性等综合性问题,特别是微型化,具有典型的便携式、低成本和综合性能优良等特点,是战场侦察雷达合成器较经典的方案之一。
2.
The features and main functions of battlefield surveillance radars are introduced.
首先介绍了战场侦察雷达的特点和主要功能。
3.
Precise tracking and measuring of moving target in battlefield is an important function of battlefield surveillance radar.
对战场活动目标进行精确跟踪测量是战场侦察雷达的重要功能之一。
3) battlefield reconnaissance radar
战场侦察雷达
1.
The total framework of a new universal training and simulator system of battlefield reconnaissance radar is introduced.
介绍新型战场侦察雷达通用训练模拟系统的总体架构,详细分析中央监控台及操控台分系统的设计方法。
2.
This paper introduces the requirements of lightweight battlefield reconnaissance radar,and describes the design and implementation of a highly integrative signal processing with FPGA and embedded computer.
主要介绍针对轻型战场侦察雷达系统的要求,使用大规模FPGA器件与嵌入式计算机实现高度集成化的信号处理系统设计方案。
3.
This thesis mainly investigates the RATR technology based on low resolution battlefield reconnaissance radar, by using support vector machine (SVM) as the classifier.
本文主要对基于低分辨率战场侦察雷达体制的自动目标识别技术进行研究,所采用的方法是用支持向量机做分类器。
4) radar reconnaissance
雷达侦察
1.
The radar reconnaissance equipments adopting instantaneous frequency measurement(IFM) technology can t correctly measure the frequency of radar singals which arrive simultaneously and multi-carrier appearing in monopulse.
采用瞬时测频技术的雷达侦察设备对于同时到达的雷达信号和单个脉冲内出现的多个载频无法正确测量频率,针对瞬时测频雷达侦察设备的这一弱点,雷达可以采取相关措施进行反侦察。
2.
Many shortcomings of radar reconnaissance equipment in the complicated electromagnetic environment are listed, the reasons produced these problems are analyzed ,and the methods to improve the equipment performance are provided.
雷达侦察设备是一种对雷达进行电子侦察的装备。
3.
The signals environment simulation is an important measure in performance testing of the radar reconnaissance equipments.
信号环境仿真是检验雷达侦察设备性能的重要手段。
5) reconnaissance radar
侦察雷达
1.
This paper analyzes scouting efficiency and educes calculating model based on Markov process according to the characteristics of moving target reconnaissance radar and its finding steps, and gives application example.
根据活动目标侦察雷达的特点和发现目标的环节,用马尔可夫过程对侦察系统的雷达搜索效率进行 分析,得出计算模型,给出应用实例。
2.
The implementation scheme of IF digitization for reconnaissance radar is given.
针对传统模拟接收机在实现方式上的不足,提出了侦察雷达数字化接收机的性能改进方案。
6) surveillance radar
侦察雷达
1.
Applications of Complex Programmable Logic Device (CPLD) in short range surveillance radar are also introduced.
介绍了可编程逻辑器件 ( PLD)的发展和现状、主要类型、特点及其选用准则 ,并介绍了复杂可编程逻辑器件 ( CPLD)在近程侦察雷达多功能信号发生器及信号处理器中的应
补充资料：声学侦察(见技术侦察)
声学侦察(见技术侦察)
acoustics reconnaissance
---一一廿“““三二亡llLllU声学侦察(acoustic、reconnaissanee)见技术侦察。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条