为盲人患者开发基于全球定位系统的手杖原型

Ramesh Kumar, Mohammad Aljaidi, Manish Kumar Singla, Anupma Gupta, A. Alhomoud, Amjad A. Alsuwaylimi, Sami M. Alenezi
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引用次数: 0

摘要

本文介绍了一种新颖的视力障碍辅助设备,以改善行动能力和独立性。该装置采用 Arduino Nano 微控制器技术,为基于卫星/GPS 的手杖提供动力,手杖可实时跟踪和导航。Arduino Nano 的适应性强、结构紧凑,使我们能够以便携、经济的方式替代白手杖。卫星信号可让手杖定位用户、计算最佳路线,并通过扬声器或耳机提供听觉导航提示。障碍物检测传感器会通知用户附近的风险,从而提高安全性。经过严格的开发和测试,拟议的设备是一项稳定且用户友好的技术,有望解决视障人士的导航问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of a Prototype Global Positioning System Based Stick for Blind Patients
This paper presents a novel vision impairment assistive device to improve mobility and independence. This device consists of Arduino Nano microcontroller technology that powers the Satellite/GPS-based stick, which tracks and navigates in real-time. Arduino Nano’s adaptability and compactness enable our portable, affordable white cane replacement. Satellite signals let the stick locate the user, compute the best routes, and provide aural navigation cues through speakers or headphones. The obstacle detection sensors notify users of adjacent risks, improving safety. The proposed device is a stable and user-friendly technology that delivers a potential answer to visually impaired navigation issues after rigorous development and testing.
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