用 Navibar 感知方向:为个人移动车辆用户设计的振动反馈导航系统

Mungyeong Choe, Ajit Gopal, Abdulmajid S. Badahdah, Esha Mahendran, Darrian Burnett, Myounghoon Jeon
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引用次数: 0

摘要

在户外环境中使用自行车或滑板车等个人代步车(PMV)时,使用导航系统进行路线导航可能会导致视觉分散,从而引发事故。本文提出了一种名为 "NaVibar "的新型个人代步车导航系统,该系统利用车把上的振动反馈来增强路线信息的传递并减少视觉干扰。该研究旨在回答有关视觉分心、路线识别、心理工作量和可用性的四个研究问题。研究结果表明,振动反馈可以成为 PMV 导航系统有效和有用的补充,减少视觉干扰,增强用户体验。此外,振动反馈并不影响参与者的路线识别能力,但对参与者降低工作负荷水平有积极影响。因此,我们的研究表明,增加振动反馈可以提高 PMV 导航系统的可用性和安全性。
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Feeling Your Way with Navibar: A Navigation System using Vibrotactile Feedback for Personal Mobility Vehicle Users
Navigating routes using navigation systems while using Personal Mobility Vehicles (PMVs) like bikes or scooters can lead to visual distraction in outdoor environments, creating possibilities for an accident. This article proposes a new navigation system called NaVibar for PMVs that uses vibrotactile feedback on the handlebar to enhance route information delivery and reduce visual distraction. The study aims to answer four research questions about visual distraction, route recognition, mental workload, and usability. The results of the study showed that vibrotactile feedback can be an effective and useful addition to the PMVs navigation system, reducing visual distraction, and enhancing the user experience. Also, vibrotactile feedback did not affect the participants' route recognition, but it positively affected the participants’ lower workload levels. Therefore, our study demonstrates that the addition of vibrotactile feedback could enhance the usability and safety of PMV navigation systems.
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