The GPS constellation provides critical situational awareness and precision weapon guidance for the military.
在军事领域，GPS星座提供关键的态势感知和精确的武器制导能力。
Rockets flew much faster and required inertial guidance for just a few minutes to put the weapon on a predictable ballistic path.
火箭的飞行相比以前要快得多，而且它仅需要几分钟的惯性制导就能把武器推送到一个可预测的弹道路径上。
The experimental result shows that the algorithm has valuable application in target recognition of the precision guidance weapon.
实验结果表明：这种方法对精确制导武器的目标识别具有较高的实用价值。
But the set of electronic computer devices needed deduce the flexibility much during the process of launching precision guidance weapon, and increase the demand of replenishment greatly.
而精确制导武器使用过程中所需要的配套电子计算机等设备使得其机动性大大降低，并且增加了巨大的消耗和补给用量。
This paper based on TV guidance studies image automatic target recognition for TV seeker, and offers theoretical preparation and technology support to the development of weapon system.
本文以电视制导为背景，研究了用于导引头的图像目标自动识别技术，为武器系统的研制与试验提供理论准备与技术支持。
The millimeter wave frequency with the advantages of the optic and the microwave exists between the frequency of them, and it's the perfect operation frequency of precision guidance weapon system.
毫米波的频率介于微波与红外频段之间，兼有二者的优点，是精确制导武器系统较为理想的工作频段。
Therefore, it is important that developing the research on photoelectric disturbance technique for tunable laser guidance weapon.
因此对可调谐激光制导武器的光电干扰技术进行研究意义重大。
For laser semi-active guidance weapon, routine methods of Angle cheat are difficult of effective interference, so the technology of high-repetition-frequency laser interference is thought much of.
对于激光半主动制导武器，常规的角度欺骗方法有时难以有效干扰，因此高重频激光干扰技术受到了广泛重视。
This paper concisely introduced the basic operational principle of the laser guidance weapon, and the coding system and anti-jamming measure of the seeker.
简单介绍了激光制导武器的基本工作原理、导引头的编码体制和抗干扰措施。
Advanced defence technology becomes a main fields of military research, facing the serious threat of optoelectronic precise guidance weapon (PGW).
面临光电精确制导武器的严重威胁，先进防御技术成为当前军事科研的主要领域之一。
Image guidance is the key technology of Precision Guided Weapon (PGW) while image tracker is the core of image guiding system.
图像制导是精确制导武器的关键技术之一，而图像跟踪器是图像制导系统的核心部分。
The core technology of the precision guidance weapon research is to use visible light image to realize real-time image processing and tracking.
利用可见光成像实现实时图像处理与跟踪是精确制导武器研究的核心技术。
IN order to enhance overall precision of the LSINS and meet the precision guidance performance of weapon platform (airplane), algorithms of LSINS are systematically and throughly studied.
为了提高激光捷联惯导系统的整体精度、满足武器平台(飞机)的精确制导，对激光捷联惯导优化算法进行了系统、深入的研究。
With the threat of the laser guidance weapon be faced, it is getting more important for the earlier warning of the coming threat.
由于面临越来越严重的激光制导武器的威胁，对来袭威胁进行早期预警日趋重要。
Researchers on radar precision guidance weapon pay much attention to suppress glint, improve angle measuring accuracy and improve guidance radar's tracking and guiding accuracy.
如何抑制角闪烁、改善末制导雷达的测角精度、提高末制导雷达在角闪烁背景下的跟踪制导精度，一直是雷达精确制导武器研制人员格外关心的问题；
The traditional test technology can't satisfy the need of the test for the complicated airborne radar guidance weapon system.
传统测试技术难以满足复杂的机载雷达制导武器系统的测试需求。
The semiactive laser guidance weapon simulation system plays an important role in the laser guidance weapons developing process, for it can save the massive developing funds and experimental time.
半主动激光制导武器半实物仿真系统不仅在激光制导武器的研究、试验、定型鉴定全过程中有重要作用，可以节约大量的研究经费和实验时间；
The semiactive laser guidance weapon simulation system plays an important role in the laser guidance weapons developing process, for it can save the massive developing funds and experimental time.
半主动激光制导武器半实物仿真系统不仅在激光制导武器的研究、试验、定型鉴定全过程中有重要作用，可以节约大量的研究经费和实验时间；
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