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对于任何海军舰只而言,能够在各种能见度下进行观察并在此基础上控制舰船航行是最基本的要求。直到近年,这一要求才通过使用雷达得以实现。全功能电光系统的发展克服了雷达的许多局限性,并为执行监视任务及武器控制提供了一个全新的领域。直到先进的电光传感器、电光火控系统、特别是80年代中期热成像仪和激光测距仪出现后,电光武器控制系统才能取代或者有效地增强雷达系统。即使如此,跟踪方法仍然是相对原始的,并且对电光火控系统而言,其光学跟踪仪是非常容易受闪光及其它假目标(如鸟)的诱骗。除了这些随机干扰之外,现在进攻一方还采用诱饵(闪光等)技术。然而,最新一
For any naval vessel, it is the most basic requirement to be able to observe under various visibilities and based on which navigating the ship. Only in recent years has this requirement been achieved through the use of radars. The development of a fully functional electro-optical system overcomes many of the limitations of the radar and provides a completely new area of implementation for surveillance tasks and weapon control. Until the advanced electro-optic sensors, electro-optical fire control systems, especially the mid-80s thermal imagers and laser range finders, the electro-optical weapon control system could replace or effectively enhance the radar system. Even so, the tracking method is still relatively primitive, and for electro-optical fire control systems, its optical tracker is very susceptible to flashes and other fake targets such as birds. In addition to these random disturbances, the offensive side now uses bait (flash, etc.) technology. However, the latest one