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Coordinated Intelligent Adaptive Control of Legged Robots

机译:腿式机器人的协调智能自适应控制

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In planetary or hazardous environment exploration, there will be unforseen environmental circumstances which can not be planned. To overcome telerobotic control issues due to communication delays, autonomous robot control becomes necessary. Autonomously controlled landers and instrumentation can be used in exploration, such as lunar and martian missions. However, wheeled robots have difficulty in exploring uneven terrain; thus, legged robots can be used in such situations. This research develops intelligent and adaptive control of mobile robots to perform functions such as environmental exploration in coordination and obstacle avoidance. The coordinated control is demonstrated in simulations.
机译:在行星或危险环境探索中,将存在无法计划的无法预见的环境情况。为了克服由于通信延迟而引起的远程机器人控制问题,需要自主的机器人控制。自主控制的着陆器和仪器可用于勘探,例如登月和火星飞行任务。但是,轮式机器人难以探索崎uneven不平的地形。因此,有腿机器人可以在这种情况下使用。这项研究开发了移动机器人的智能和自适应控制,以执行诸如协调和避障环境探索之类的功能。仿真中演示了协调控制。

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