根据新的电磁环境下外场雷达信号参数的特点，对侦察装备的信号分析与处理应该如何适应这一变化进行了讨论。
How the analysis and processor of ELINT to adapt the change of the parameter character of outfield radar is discussed according to the new electromagnetism environment.
根据目前侦察情报态势处理的军事需求，结合现有雷达侦察装备和其他手段获取的情报，重点开展多元情报融合技术应用研究。
According to military requirements of reconnaissance and intelligence situation processing at present, study on multi-intelligence fusion technique application is developed as an emphasis.
仿真结果表明所建模型能够合理反映光学成像侦察卫星对作战结果的影响，可用于从顶层分析航天装备。
The results demonstrate that the models can reflect the effects of the optical imaging reconnaissance satellite on operation outcomes and be used to analyze space equipment from top level.
提出的方法结构简单，占用硬件资源少，便于工程实现，为侦察对抗装备的研制提供了依据。
Due to the compact arithmetic this method only requires small hardware resource and is easy to implement, besides, its useful for counter reconnaissance equipment engineering.
以激光为信息载体，发现敌光电装备、获取其情报并及时报警的军事行为称为激光侦察告警。
Laser reconnoitering and alarming is that regards laser as the information carrier, finds enemy photo electricity equipments, obtains their information and gives an alarm in time.
雷达侦察设备是一种对雷达进行电子侦察的装备。
Radar reconnaissance equipment is used for the electronic reconnaissance against radar signals.
保护己方供给护卫队或袭击敌方侦察技术秘密的装备，填满你的储备仓库，这样你可以在自己的工厂里修理受损的单位或建造新的单位。
Protect supply convoys or raid enemy facilities to uncover technological secrets or fill your storage bays so you can repair damaged units or build new ones in your own factories.
分析了新体制侦察测向装备总体战术需求，探讨了全波段侦察测向设备一体化的可行性方案。
This paper analyses the overall tactics demand of integrated survey and direction finding equipment, and then approaches the feasibility plan for the military equipment.
2010年5月23日：最近在中国博客上出现一张中国空军的波音737照片，装备当作一架侦察飞机。
May 23, 2010: A photo of a Chinese Air Force Boeing 737, equipped as a reconnaissance aircraft, recently appeared on a Chinese blog.
2010年5月23日：最近在中国博客上出现一张中国空军的波音737照片，装备当作一架侦察飞机。
May 23, 2010: A photo of a Chinese Air Force Boeing 737, equipped as a reconnaissance aircraft, recently appeared on a Chinese blog.
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