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无人机航路规划的研究 被引量:14

Study on Path Planning for Unmanned Aircraft Vehicle
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摘要 无人机的航路规划要求满足威胁回避和可飞性。采用分层的思想,基于Voronoi图产生初始航路,利用三次样条插值法平滑航路点产生无人机可飞航路,同时利用飞行过程中的信息来更新航路进行重规划。仿真结果表明了算法的有效性。 Unmanned aircraft vehicle should have the capability that generates threat avoiding and feasible flying path. In this course the key idea is decomposition strategy, a preliminary path is generated from a Voronoi diagram based on threat locations; cubic spline is used to connect these waypoints and refine the path into a flyable path. This approach also allows pop-up threat that occurs along the path to be handled efficiently. Simulation results show the approach availably.
出处 《飞行力学》 CSCD 2004年第3期21-24,共4页 Flight Dynamics
关键词 VORONOI图 三次样条插值 航路规划 无人机 Voronoi diagram cubic spline path planning UAV
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参考文献4

  • 1Scott A Bortoff.Path Planning for Unmanned Air Vehicles.Technical Report[R].Air Force Research Laboratory,Air Vehicles Directorate,1999.
  • 2Chandler P R,Rasmussen S.UAV Cooperative Path Planning[R].AIAA-2000-4370-CP,2000.
  • 3Miles B Pellazar.Vehicle Route Planning with Constraints Using Genetic Algorithms[R].In IEEE Nationgal Aerospace and Electronics Conference,1994.111-119.
  • 4Sai-Ming Li,Beard R W.Autonomous Hierachical Control of Multiple UCAVs[R].In ACC,2002.274-279.

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