研究空－空导弹攻击在综合火力／飞行控制（ＩＦＦＣ）系统中的设计与仿真问题，给出了ＩＦＦＣ系统的结构、组成及仿真信息流图。探讨了中程导弹拦射攻击的火力控制算法，并且详细地讨论了火力／飞行耦合器的设计方法及组成。最后，采用五自由度非线性飞机方程及三轴ＡＣＴ控制增稳系统，进行了整个火力／飞行系统的数字仿真。在仿真的基础上，设计了一些典型作战条件下的火力／飞行耦合控制器的参数。仿真结果表明：综合火力／飞行控制系统可以实现导弹攻击的自动化，同时也说明本文设计的火力／飞行耦合器具有很强的鲁棒性能 In this paper, the design and simulation of air-to-air missile attack in integrated fire / flight control (IFFC) system are studied. The structure, composition and simulation flow chart of IFFC system are given. The firepower control algorithm for mid-range missile interception attack is discussed, and the design method and composition of firepower / flight coupler are discussed in detail. Finally, the five-degree-of-freedom nonlinear aircraft equations and the three-axis ACT control augmentation system were used to simulate the whole fire / flight system. Based on the simulation, some parameters of firepower / flight-coupled controller under typical combat conditions are designed. The simulation results show that the integrated firepower / flight control system can automate the missile attack, and also shows that the firepower / flight coupler designed in this paper has strong robustness