A study on a comparison between the ERES/WCS and the ERES/CCS in the advanced teleoperator system

S.Y. Lee, M. Nagamachi, K. Ito
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引用次数: 3

Abstract

A world-model teleoperator expert system with the ERES/WCS (error recovery expert system/world coordinate system) has been developed. Its superiority to the ERES/CCS (CCS=Cartesian coordinate system) has been demonstrated experimentally. The ERES/WCS which uses heuristics requires less error recovery time in the manual mode than the ERES/CCS, which uses inverse kinematics. The results are pertinent to developing a man-robot system for tasks in hostile environments.<>
提出了一种基于ERES/WCS(错误恢复专家系统/世界坐标系)的世界模型遥控专家系统。实验证明了其相对于ERES/CCS (CCS=笛卡尔坐标系)的优越性。采用启发式方法的ERES/WCS比采用逆运动学方法的ERES/CCS在手动模式下需要更少的错误恢复时间。研究结果与开发在恶劣环境中执行任务的人-机器人系统有关
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