单机多目标攻击模态综合飞/火控制系统设计及仿真

多目标攻击是现代空战中的主要形式和发展趋势。本文主要介绍了多目标攻击火控系统的总体方案、基本组成及工作过程，将空战能力、空战态势指数法及动态的层次分析法应用于火控系统攻击逻辑决策中，给出了一种多目标超视距攻击火控系统的设计方案，其中在空战态势指数法中还考虑了高度因素。同时，对飞行／火力协调控制器进行了设计，并在六自由度飞机模型上进行了多目标攻击过程的数字仿真，仿真结果表明本文的设计方案是可行的。

Design and Simulation of an Integrated Flight/Fire Control System for Multi-Targat Attack

Multiple target attack is a future trend and major attack mode in modern air combat. The functions, composition and operation of a multi-target attacking fire control system are presented. The air combat capability index, air combat situation index in that altitude parameter is considered, and analytic hierarchy process (AHP) are used for making logical and tactical decision of multi-target attack. Then an integrated flight/Fire controller is designed. Finally, a digital simulation of multi-target attack is performed using a six-degree of freedom aircraft model. Simulation results show that the developed integrated flight/fire control law effectively and efficiently guides an attack aircraft to perform tactical missions for multi-target attack and this work provides an important basis for further development of integrated control technology.