China’s largest optical telescope will soon come online to benefit the country and the world The limits of human sight have been expanding ever since Galileo pointed his telescope to the sky 400 years ago. And now, ...China’s largest optical telescope will soon come online to benefit the country and the world The limits of human sight have been expanding ever since Galileo pointed his telescope to the sky 400 years ago. And now, LAMOST, the Chinese-built Large Sky Area Multi-Object展开更多
对多机器人协作运输时环境地形起伏不平,运输过程中机器人和物体发生滑动的问题,提出了起伏地形环境中的协作运输策略.将观测者-推动者模式的多机器人协作推箱子任务转换为多机器人编队任务,通过基于几何规划的虚拟目标序列跟踪方法实...对多机器人协作运输时环境地形起伏不平,运输过程中机器人和物体发生滑动的问题,提出了起伏地形环境中的协作运输策略.将观测者-推动者模式的多机器人协作推箱子任务转换为多机器人编队任务,通过基于几何规划的虚拟目标序列跟踪方法实现被推动物体脱离运动方向时运输编队的重新形成.协作运输策略中的观测者机器人采用平缓地形优先(navigate plain first to destination,NPFD)导航策略指导编队运动.展开更多
文摘China’s largest optical telescope will soon come online to benefit the country and the world The limits of human sight have been expanding ever since Galileo pointed his telescope to the sky 400 years ago. And now, LAMOST, the Chinese-built Large Sky Area Multi-Object
文摘对多机器人协作运输时环境地形起伏不平,运输过程中机器人和物体发生滑动的问题,提出了起伏地形环境中的协作运输策略.将观测者-推动者模式的多机器人协作推箱子任务转换为多机器人编队任务,通过基于几何规划的虚拟目标序列跟踪方法实现被推动物体脱离运动方向时运输编队的重新形成.协作运输策略中的观测者机器人采用平缓地形优先(navigate plain first to destination,NPFD)导航策略指导编队运动.