摘要
为了适应未来战争的发展趋势,迫切需要实现无人作战飞机的自主控制,提高其自主水平和智能程度。首先给出了自主控制的概念,自主控制发展阶段以及自主水平的层次划分;然后分析了无人作战飞机侦察/打击一体化的作战过程、特点及系统的典型构造方案,并介绍了侦察/打击一体化无人作战飞机型号背景以及发展趋势;结合无人作战飞机自主控制系统的工作流程,建立了基于侦察/打击一体化的自主控制系统结构;最后探讨了无人作战飞机侦察/打击一体化自主控制中的关键技术,并提出了相应的解决方案。
In view of the development trend of future war, it is an urgent requirement to realize autonomous control for Unmanned Combat Aerial Vehicle（UCAV）and to improve its autonomy level and intelligent degree. First, the concept of autonomous control is defined, the development stage of autonomous control and autonomy levels are introduced. Then, the combat process, characteristics, and typical system configuration of reconnaissance/attack integration of UCAV are analyzed. Combined with the flow of UCAV autonomous control system, the configuration of autonomous control system based on integration of reconnaissance and attack is established. Finally, key technologies of autonomous control on integration of reconnaissance and attack for UCAV are considered and the corresponding solutions are given.
出处
《电光与控制》
北大核心
2010年第1期1-6,共6页
Electronics Optics & Control
关键词
无人作战飞机
侦察/打击一体化
自主控制
自主决策
航迹生成
UCAV
integration of reconnaissance and attack
autonomous control
autonomous decision-making
trajectory generation
