Evaluation of ARCORE library capabilities for determining the distance to objects in the frame

A. А. Sokolov, O. Avrunin
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引用次数: 0

Abstract

This research investigates the potential of ARCore for developing navigation systems specifically designed for low-speed mobility scenarios, such as aiding navigation for visually impaired individuals. Our evaluation of the application's performance revealed that the current measurement accuracy and error margin of up to 7.5% are acceptable for these conditions. A navigation system utilizing ARCore could greatly enhance spatial orientation by providing real-time distance information to objects and obstacles. Integration with audio prompts and tactile feedback promises an intuitive navigation experience, enabling visually impaired users to navigate independently and safely both indoors and outdoors. These findings highlight ARCore's potential to improve quality of life through accessible and effective navigation solutions.
评估 ARCORE 库确定帧中物体距离的功能
这项研究探讨了 ARCore 在开发专为低速移动场景设计的导航系统方面的潜力,例如为视障人士提供导航帮助。我们对应用性能的评估显示,目前的测量精度和高达 7.5% 的误差率在这些条件下是可以接受的。利用 ARCore 的导航系统可以提供物体和障碍物的实时距离信息,从而大大增强空间定位功能。与音频提示和触觉反馈相结合,有望带来直观的导航体验,使视障用户能够在室内外独立、安全地导航。这些发现凸显了 ARCore 通过无障碍、有效的导航解决方案提高生活质量的潜力。
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