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Cooperative Formation Control Technology for Manned/Unmanned Aerial Vehicles

机译:载人/无人飞行器协同编队控制技术

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This paper focuses on the cooperative formation of manned aerial vehicles (MAVs) and unmanned aerial vehicles (UAVs). Firstly, the characteristics of the MAV/UAVs and the mission assignment of MAV and UAVs in the formation is analyzed, and the mathematical model of MAV and UAV are built. At the same time, the relative kinematics equations of the MAV/UAVs formation based on Leader-Follower mode are also built. These work lays foundation for the later research on cooperative operation of MAV/UAVs formation. Secondly, new formation shapes are designed referring the operation experience of MAVs formation and considering the unique features of MAV/UAVs formation. And these formation shapes are encapsulated into a formation library with which the fleet can expand or adjust the formation flexibly according to real battle demands. Moreover. UAVs maneuvers are designed and these maneuvers are also encapsulated into a maneuver library. Lastly, the flight control system is designed for UAVs in order to enable them to fly stably following expected flight state. Furthermore, the management strategies of MAV/UAVs formation including formation organization, formation maintain and formation reconstruction are analyzed based on the formation library and maneuver library. The result of this paper is meaningful for both theoretical research and practical application of MAV/UAVs formation.
机译:本文重点介绍载人航空车辆(MAVS)和无人机(无人机)的合作形成。首先,分析了MAV / UVS的特征和MAV和UVS在地层中的任务分配,构建了MAV和UAV的数学模型。同时,还构建了基于领导跟随模式的MAV / UVS形成的相对运动学方程。这些工作为后期研究MAV / UAVS形成的合作操作进行了基础。其次,设计了新的形成形状,从而引用了MAVS形成的操作体验,并考虑了MAV / UAVS形成的独特功能。这些形成形状被封装在一个地层文库中,这些图书馆根据真实的战斗需求灵活地扩展或灵活地扩展或调整地层。而且。设计了UAVS Sunuvers,这些机动也被封装到机动库中。最后,飞行控制系统专为无人机设计,以便使它们能够稳定地飞行遵循预期的飞行状态。此外,根据地层图书馆和机动库分析了包括地层组织,形成维护和形成重建的MAV / UAVS形成的管理策略。本文的结果对于MAV / UAVS形成的理论研究和实际应用是有意义的。

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