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电力巡线无人直升机障碍规避系统 被引量:16

Obstacle Avoidance System of UAV Power Line-tracking System
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摘要 为保障无人机巡线系统及输电线路安全,需要为无人机电力巡线系统设计一套飞行障碍规避系统,能够实现无人机巡线系统自主避障功能,提升巡线作业的可靠性。介绍电力巡线无人直升机障碍规避系统的测距方式方法、总体设计、各组成部分功能以及整体达到的效果。 Obstacle avoidance system is necessary to guarantee the safety of power lines and UAV power line-tracking system. Obstacle avoidance system can help UAV power line-tracking system to avoid obstacle independently, and can improve the reliability of power line-tracking. This article mainly introduces Obstacle avoidance system of UAV power line-tracking system, including the way and method of measuring distance, general design, function of every part, and effect.
出处 《山东电力技术》 2012年第1期14-17,共4页 Shandong Electric Power
关键词 无人机 电力巡线 避障 测距传感器 电磁场检测传感器 视觉传感器 unmanned aerial vehicle (UAV) power line inspection obstacle avoidance sensor measuring distance testing sensor of radiated electromagnetic fields visual sensor
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  • 1邱国新.在直升飞机上应用红外热像技术巡视检测高压输电线路设备的回顾[J].广东电力,2005,18(3):71-73. 被引量:25
  • 2钟玉琢 乔秉新.机器人视觉技术[M].北京:国防工业出版社,1992..
  • 3崔浚泽.自主机器人路径规划问题[M].北京:国防科技大学,1995..
  • 4[1]BORENSTEIN J, EVERETT H R, FENG L. Navigating mobile robots: sensors and techniques [ M ]. Weileshey:A.K. Peters Ltd, 1996.
  • 5[2]DULIMARIA H S, JAIN A K K. Mobile robot localization in indoor environment [ J ]. Pattern Recognition,1997, 30(1) :99-111.
  • 6[3]SUZUKI S, KATO T, ASADA . An application of visionbased learning in RoboCup for a real robot with an omnidirectional vision system and world cup Ⅱ [ A ]. Proceeding of the Second RoboCup workshop, Lecture Notes in Arbificial Intelligence[ C ]. Berlin: Springer, 316 - 325.
  • 7[4]ADORNI G, CAGONNI S, ENDERLE S, et al. Visionbased localization for mobile robots [ J ]. Robotics and Autonomous Systems,2001,36 ( 2 - 3 ): 103 - 119.
  • 8[5]FOX D, BURGARD F, DELLAERT F, et al. Monte carlo localization:Efficient position estimation for mobile robots[ A]. Proceeding of AAAI99[ C]. Orlando: AAAI Press, 1999. 343- 349.
  • 9[6]STROUPE A, SIKORSKI K, BALCH T. Constrain-based landmark localization [ A ]. Robocup 2002: Robot Soccer World Cup Ⅳ [ C ]. [ s. l. ]: Spring-Verlag, 2002.
  • 10D.L.Hall.Mathematical Techniques in Multisensor Data Fusion Boston[M].London:Anech House,1992.

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