根据无人机自主飞行的任务规划与调度过程设计了任务管理系统的总体结构,讨论了体系结构的组成和功能;将一个完整的自主飞行侦察任务过程通过Petri Nets分解出若干子任务,用事件触发进行管理和调度;最后通过MATLAB中的Stateflow工具对整个无人机任务序列进行了仿真实现,保证了侦察任务的顺利执行.
A total structure of the mission management system is designed based on the mission planning and scheduling of the UAV autonomous flight. The constitute and function of the structure is discussed. A complete autonomous flight mission is decomposed into a number of sub - missions, using the Petri nets through events triggered to do the management and scheduling; finally the simulation and authentication of UAV'missiou sequence is carried out by the tool Stateflow in Matlab, which ensures the smooth implementation of a reconnaissance mission.