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首页> 外文会议>Human Factors and Ergonomics Society international annual meeting;Human Factors and Ergonomics Society >The Effect of Movement and Cue Complexity on Tactile Change Detection
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The Effect of Movement and Cue Complexity on Tactile Change Detection

机译：运动和提示复杂度对触觉变化检测的影响

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There is a growing interest in using touch to offload the often overburdened visual channel as its merit hasbeen demonstrated in various work domains. However, more work is needed to understand the perceptuallimitations of the tactile modality, including how it is affected by change blindness (i.e., failure to detectchanges due to transients) as the majority of work on change blindness has been in vision. This studyexamines how movement and cue complexity affects the ability to detect tactile changes. The findingsindicate the ability to detect changes are affected by: 1) movement (walking resulted in worse changedetection rates compared to sitting) and 2) cue complexity (high complexity cues had worse changedetection rates compared to low complexity). Overall, this work adds to the knowledge base of tactileperception and can inform the design of tactile displays for multiple work domains such as anesthesiology.
机译：人们越来越关注使用触摸来减轻经常负担过重的视觉通道的负担，因为它的优点已在各个工作领域得到证明。然而，由于大多数关于视力丧失的研究已经在人们的视野中，因此需要更多的工作来理解触觉模态的知觉限制，包括它如何受到改变盲目性的影响（即，由于瞬态而无法检测到变化）。这项研究检查了运动和提示的复杂性如何影响检测触觉变化的能力。研究结果表明检测变化的能力受到以下因素的影响：1）运动（与坐着相比，步行导致更差的变化检测率）和2）提示复杂度（高复杂度提示与低复杂度相比变化检测率更差）。总的来说，这项工作增加了触觉感知的知识库，并且可以为诸如麻醉学等多个工作领域的触觉显示器设计提供依据。

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