摘要
介绍了火/飞/推综合控制系统原理及其各个子系统的控制律设计方法。阐述了通过飞行、推进、火控等系统的综合实现自动飞行、自动攻击的原理和算法。开发了综合控制仿真设计平台,结合有效的任务管理及控制律剪裁实现了灵活的系统运行配置,将设计平台和仿真平台集为一体,并将多个系统的综合、测试、仿真在一个平台中实现。数字仿真表明,综合控制系统明显提高了飞机综合化、自动化水平,也验证了仿真平台达到了设计要求。
The theory of integrated fire/flight/propulsion control （ IFFPC ） and the control law of its subsystem were studied in this paper. The hi-fidelity digital simulation/design platform was designed and developed along with efficient task management and control laws tailor. The system configuration could achieve extraordinary flexibility so that simulation platform and design platform could be integrated into one, and the integration, testing, simulation of different systems could be done on one platform. The simulation result indicated that the level of integration and automatization could be greatly improved through the integration of systems, and the simulation/design platform achieved the requirements.
出处
《飞行力学》
CSCD
北大核心
2007年第1期30-33,38,共5页
Flight Dynamics
关键词
飞行控制
火力控制
推进控制
火/飞/推综合控制系统
仿真平台
flight control
fire control
propulsion control
integrated fire/flight/propulsion control （IFFPC）
simulation platform
