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一系列研究作战的方法,已经在军事领域中得到推广与应用。本文举出三个例子,来表明各种研究方法在电子战作战研究中的应用。第一个例子,是关于雷达假目标的。在分析中使用Markov链,并给出了在鉴定雷达-假目标阵的防御能力中使用的两个最基本的重要参数:一个参数是雷达受到反辐射导弹(ARM)攻击以后的生存概率;另一个参数是为了毁坏一部雷达预计所需的ARM的数量。第二个例子是有关干扰策略的,在分析中使用对策论。在一定的限制条件下,如宽带阻塞干扰和频率捷变,雷达和干扰机各自采取的最佳策略。最后一个例子是有关飞机攻击时干扰设备的配置。分析时采用对策论和优化理论。推导这种计算方法,主要用于存在防御能力的不确定性时资源的合理配置。注意:各小节中使用的符号是互不相关的。
A series of methods of studying combat have been promoted and applied in the military field. This article gives three examples to illustrate the application of various research methods in the research of electronic warfare operations. The first example is about radar false targets. The Markov chain is used in the analysis, and two basic and important parameters used in the defensive ability of radar-pseudoposition matrices are given: one is the survival probability after the radar is attacked by the anti-radiation missile (ARM); and the other One parameter is to destroy the number of ARMs that a radar needs to estimate. The second example is about interference strategies, using game theory in the analysis. Under certain constraints, such as broadband blocking interference and frequency agility, radar and jammers each take the best strategy. The last example is related to the configuration of interfering equipment in aircraft attack. Analysis of the use of game theory and optimization theory. Derivation of this method of calculation, mainly for the rational allocation of resources when there is uncertainty in defensive capabilities. Note: The notation used in the bars is irrelevant.