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Effects of Head-Mounted and Scene-Oriented Video Systems on Remote Collaboration on Physical Tasks

机译:头戴式和面向场景的视频系统对身体任务上远程协作的影响

摘要

This study assessed the value of two video configurations a head-mounted camera with eye tracking capability and a scene camera providing a view of the work environment on remote collaboration on physical (3D) tasks. Pairs of participants performed five robot construction tasks in five media conditions: side-by-side, audio-only, head-mounted camera, scene camera, and scene plus head cameras. Task completion times were shortest in the side-by-side condition, and shorter with the scene camera than in the audio-only condition. Participants rated their work quality highest when side-by-side, intermediate with the scene camera, and worst in the audio-only and head-camera conditions. Similarly, helpers self-rated ability to assist workers and pairs communication efficiency were highest in the side-by-side condition, but significantly higher with the scene camera than in the audio-only condition. The results demonstrate the value of a shared view of the work environment for remote collaboration on physical tasks.
机译:这项研究评估了两种视频配置的价值:具有眼动追踪功能的头戴式摄像头和提供物理(3D)任务远程协作的工作环境视图的场景摄像头。两对参与者在五个媒体条件下执行了五个机器人构造任务:并排,仅音频,头戴式摄像头,场景摄像头和场景加头摄像头。并排情况下的任务完成时间最短,而场景摄像机的情况下,完成时间比仅音频的情况下更短。与现场摄像机并排使用时,参与者对工作质量的评价最高,而在纯音频和头戴摄像机的情况下,参与者的评价为最差。同样,在并排情况下,助手的自我评价能力以及与工作人员之间的沟通效率最高,但与现场摄像头相比,现场摄像头要高得多。结果证明了共享工作环境视图对于物理任务远程协作的价值。

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