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The Exploration Technology Development Program Multi-Center Cockpit

机译:勘探技术开发计划多中心驾驶舱

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NASA's Exploration Systems Mission Directorate, Exploration Technology Development Program (ETDP) develops the technologies needed for future human lunar exploration missions. Advanced robotic systems can help the crew explore, assemble, and maintain a lunar outpost. The ETDP Multi-Center Cockpit (EMCC) is a computer workstation that allows an operator to simultaneously monitor and command groups of diverse robots. The EMCC may be located at a robot test site or at a location significantly removed from the test site. The robots being controlled can be located together at a single test site, or can be located at different sites. The EMCC eliminates the need for an operator to understand different robot languages, and reduces the difficulty of operating a robot over time delays, such as the ones introduced by the Earth-Moon distance or by communication network latency. The EMCC provides the operator with a unified command and telemetry interface for monitoring the robots and with a predictive graphical display of the robots. In this paper, we describe the EMCC design and implementation, and report on its performance in June 2008 during the ETDP Human-Robotic Systems Integrated Field Test at Moses Lake Sand Dunes, Washington.
机译:美国宇航局的勘探系统使命董事会,勘探技术发展计划(ETDP)开发了未来人类月球勘探任务所需的技术。先进的机器人系统可以帮助船员探索,组装和维护月球前哨。 ETDP多中心驾驶舱(EMCC)是一个计算机工作站,允许操作员同时监控和命令各种机器人组。 EMCC可以位于机器人测试站点或在从测试部位显着移除的位置。被控制的机器人可以位于单个测试站点,或者可以位于不同的位点。 EMCC消除了操作员理解不同的机器人语言,并减少了在随着时间的推迟中操作机器人的难度,例如由地球距离或通过通信网络延迟引入的机器人。 EMCC为运营商提供了一个统一的命令和遥测接口,用于监视机器人,并具有机器人的预测图形显示。在本文中,我们描述了EMCC的设计和实施,并在2008年6月在欧洲州ETDP人员机器人系统综合现场测试期间报告其摩西湖沙丘,华盛顿湖。

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