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Screenshot 2020 09 14 164908

耐用性测试

耐久性测试单调乏味,不断重复 ,但对于机器人而言则是完美的工作

旨在加速车辆部件磨损的测试通常要在粗糙表面上反复驾驶车辆。

对于驾驶员而言,一些耐久性测试对身体是巨大的考验,每天只能驾驶一个小时,因此需要大量驾驶员来进行全天候的测试。驾驶机器人可以执行这些测试,而不会感到厌倦。

为什么使用机器人?

  • 避免测试驾驶员受伤

    长时间在粗糙表面上驾驶车辆可能会对驾驶员的健康产生累积影响,在最坏情况下会导致背部或颈部受伤。

  • 确保每次准确跟随正确路径

    耐久性测试驾驶员可以了解车道上最不舒服的特征的位置,并故意避免它们。使用AB Dynamics路径跟踪功能,您可以确保车辆精确遵循预期的路径。

  • 提高效率

    多辆车可以在机器人控制下同时操作,只需一两个主管, 全天候测试无需大批车手。

Li Dar Camera 3

Active on board object detection

The solution can be upgraded with an active obstacle detection system, utilising LiDAR and camera with sensor fusion. The system will stop the driverless vehicle if its path is blocked, bringing additional benefits:

  • Detection of untracked objects, such as wild animals or vehicle debris preventing the test vehicle from sustaining damage
  • Operation of driverless vehicles over large areas safely, beyond base station line of sight
  • Reduction in operator workload when monitoring multiple driverless vehicles, as each vehicle has increased on-board autonomy, increasing the number of vehicles a team can safely operate

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