论文部分内容阅读
研究了多机协同多目标攻击系统 ,定义了自主优先权 ,提出了分组决策的方案 ,设计了目标分配和火力分配的原则 ,采用神经网络实现了决策算法 ,并对整个决策系统进行了仿真 ;阐述了导弹攻击区的计算方法 ,用比例导引法实现了空空导弹攻击。最后设计了多目标攻击系统 ,将空战决策 ,导弹攻击区判断 ,导弹攻击融为一体 ,并进行了仿真。结果验证了空战决策的正确性。它对第四代歼击的火力控制系统的研究有一定的参考价值。
The multi-machine cooperative multi-target attack system is studied, the autonomous priority is defined, the solution of packet decision-making is proposed, the principle of target allocation and fire distribution is designed, the decision-making algorithm is implemented by neural network, and the whole decision system is simulated. The calculation method of the missile attack area is expounded, and the air-to-air missile attack is achieved by the proportional guidance method. Finally, a multi-target attack system is designed to integrate air combat decision-making, missile attack zone judgment and missile attack into one and carry out simulation. The result verifies the correctness of air combat decision. It has certain reference value to the research of the fourth generation fighter fire control system.