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Achieving Reliable Humanoid Robot Operations in the DARPA Robotics Challenge: Team WPI-CMU's Approach

机译:在DARPA机器人学挑战中实现可靠的人形机器人操作:WPI-CMU的方法

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The DARPA Robotics Challenge (DRC) was aimed at responding to natural and man-made disasters by human-robot teams (Pratt and Manzo 2013). What if we had been able to prevent hydrogen explosions in the Fukushima Daiichi Nuclear Power Plant by using robots within the first hour after it was hit by a tsunami triggered by the Great East Japan earthquake in 2011? Since its announcement in 2012, the DRC has mobilized hundreds of robotics researchers, practitioners and makers to accelerate the research and development in robotics for disaster response. The DRC Finals on June 5-6, 2015 brought 23 qualified teams to Pomona, CA to demonstrate their systems in a disaster mission scenario. In a simulated environment, robots performed a variety of manipulation and mobility tasks under human supervision with a 1-h mission completion time. For greater realism, the communications between the operator(s) and robot was degraded during parts of the mission.
机译:DARPA机器人挑战(DRC)旨在应对人类机器人团队(Pratt和Manzo 2013)的自然和人为灾害。如果我们在2011年首次触发的大东日本地震触发的海啸袭击后,我们能够在福岛Daiichi核电站中使用机器人在福岛Daiichi核电站中防止福山达核电站氢气爆炸怎么办?自2012年宣布以来,DRC动员了数百个机器人研究人员,从业者和制造商,以加速机器人的研发,以灾害反应。 DRC决赛于2015年6月5日至6日将23个合格的团队带到了CA的Pomona,以展示其在灾难使命方案中的系统。在模拟环境中,机器人在人类监督下进行了各种操纵和移动任务,具有1小时任务完成时间。对于更大的现实主义,操作员和机器人之间的通信在任务的部分期间劣化。

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