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Laser based rangefinder for underwater applications

机译:基于激光的测距仪,用于水下应用

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摘要

Autonomous vehicles working in unknown environments require tools that allow them to learn about their surroundings. Once a vehicle knows about the environment in which it is working, then it is able to move about the environment freely and in an optimized pattern to fulfill the required tasks while staying out of harms way. While various sensors have been developed for vehicles operating out of the water, the number of sensors available for use by underwater vehicles is smaller. A low cost sensor prototype for cluster distance measurements is developed for use in underwater environments. The proposed sensor makes use of a camera and two laser line generators. Using an algorithm based on the pinhole camera model, the sensor is able to determine distance information about surrounding environment. The prototype results in distance measurements with an error of 10% of the distance with a tested distance up to 5m.
机译:在未知环境中工作的自动驾驶汽车需要能够让他们了解周围环境的工具。一旦车辆知道了它所处的环境,便能够以一种优化的方式自由地在环境中移动,以完成所需的任务,同时又不至于造成伤害。虽然已经开发了各种传感器用于水下航行的车辆,但水下车辆可用的传感器数量却较少。开发了一种用于簇距离测量的低成本传感器原型,用于水下环境。提出的传感器利用摄像机和两个激光线发生器。使用基于针孔相机模型的算法,传感器能够确定有关周围环境的距离信息。该原型可以进行距离测量,误差为距离的10%,测试距离可达5m。

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  • 来源
    《American Control Conference;ACC 》|2012年|p.6190- 6195|共6页
  • 会议地点 Montreal(CA)
  • 作者

    Cain, Chris;

  • 作者单位

    Mechanical Engineering Department Virginia Polytechnic Institute and State University Blacksburg VA 24061-0238Mechanical Engineering Department Virginia Polytechnic Institute and State University Blacksburg VA 24061-0238;

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