可为今后空战多目标攻击决策领域的研究提供综合参考。
This paper can provide a comprehensive reference for future study of decision making of multi-target attacking in air combat.
攻击逻辑的优化决策对于机载多目标攻击武器系统具有重要意义。
The optimal decision of combat logic is very important for airborne multi target attack system (AMTAS).
综合了已有的研究成果，绘制了机载多目标攻击武器系统的功能逻辑流程图。
Based on synthesizing our research achievements about AMTAS, the flow chart of function logic of AMTAS is put forward in this paper.
介绍了多目标攻击的目标分配和攻击排序的过程与算法，并用仿真验证了该算法的有效性。
The process and algorithm of target distribution and attack sequence in multi target attacking are introduced, and the validity of the algorithm is proved by simulation.
目标威胁评估是目标分配的重要依据，是区分目标的轻重缓急，为多目标攻击决策提供依据的保证。
Targets threat evaluation is the important basis of the target distribution, and guarantees to distinguish the order of importance and urgency, and to provide basis for the decision-making.
提出在攻击航线与攻击区的相交段上，以综合杀伤概率最大化原则来选择多目标攻击的最佳发射点。
It is put forward that the optimal launch point should be selected in the common segment of attacking path and attacking area according to the rule of maximizing the overall kill probability.
介绍了空战中超视距多目标攻击过程，分析了多目标攻击过程的工作时序，及火控雷达对空空导弹截获概率的影响。
The target detection model, booting attack model and using effect model of weapon are (presented) based on process analysis of the over-the-horizon (OTH) attack of the anti-ship missile.
针对导弹武器体系攻击多目标时的武器配置问题，利用模糊多目标决策理论研究了多种配置方案的优选，提出了一种新的基于效能的导弹武器配置优化算法。
Aiming at the problem of collocating missile weapon system to attack multi-objective, a new collocating method based on fuzzy multi-objective decision making theory is studied.
针对导弹武器体系攻击多目标时的武器配置问题，利用模糊多目标决策理论研究了多种配置方案的优选，提出了一种新的基于效能的导弹武器配置优化算法。
Aiming at the problem of collocating missile weapon system to attack multi-objective, a new collocating method based on fuzzy multi-objective decision making theory is studied.
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