Bimanual haptic teleoperation for discovering and uncovering buried objects

Hanns Tappeiner, R. Klatzky, P. Rowe, Jorgen Pedersen, R. Hollis
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引用次数: 3

Abstract

We describe an experimental system for the evaluation of teleoperation performance. The system was used in two experiments where operators were assigned the task of discovering a buried object while minimizing contact forces. The studies i) demonstrated the advantage of haptic feedback in the discovery task, and ii) compared different methods for haptic feedback, including our new bimanual method, Touch and Guide in Tandem (TAGIT). Results show that TAGIT enables the effective workspace of the teleoperator to be expanded while minimizing forces from exploration and contact, reducing their variability, and reducing task completion times.
用于发现和揭露埋藏物体的双手触觉遥操作
我们描述了一个远程操作性能评估的实验系统。该系统在两个实验中使用,操作员被分配的任务是在最小化接触力的情况下发现被掩埋的物体。这些研究i)证明了触觉反馈在发现任务中的优势,ii)比较了不同的触觉反馈方法,包括我们的新方法,Touch and Guide in Tandem (TAGIT)。结果表明,TAGIT可以扩大遥操作人员的有效工作空间,同时最大限度地减少探索和接触的力,减少它们的可变性,并缩短任务完成时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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