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Maze Hypothesis Development in Assessing Robot Performance During Teleoperation

机译:迷宫假设发展在遥远的遥远过程中评估机器人性能

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National Institute of Standards and Technology (NIST) personnel had the opportunity to assess 14 prospective Urban Search and Rescue (USAR) robots, for the purposes of developing performance standards which currently do not exist. During this exercise, a maze configuration - hypothesized as potentially valid test methodology - was assessed. Among the findings, resultant significant differences in completion and decision making times facilitated classifying platforms based on performance. Also revealed was that errors in navigation and encounters with walls correlated with times taken in making decisions... the longer it took to make a decision, the greater the chance this decision was incorrect. Results validated the hypothesis of a maze as beneficial in eliciting data necessary for human controlled robot performance assessment.
机译:国家标准与技术研究所(NIST)人员有机会评估14个未来的城市搜索和救援(USAR)机器人,以便制定目前不存在的性能标准。在此练习中,评估了迷宫配置 - 被评估为潜在有效的测试方法 - 被评估。在这些结果中,完成的完成和决策时代的显着差异促进了基于性能的分类平台。还透露的是导航中的错误和与墙壁的遇到与做出决定所采取的时间相关联...做出决定的时间越长,这一决定不正确的机会就越大。结果将迷宫的假设验证为有益于人类控制机器人性能评估所需的资料。

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