Blind People Stick Tracking Using Android Smartphone and GPS Technology

Rian Adi Chandra, Umi Fadlillah, Prasetyo Wibowo, Faizal Tegar Nanda Saputra, Reyhan Radditya Sulasyono
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引用次数: 1

Abstract

- Blindness is a term to describe conditions of people who have visual impairments. When a visually impaired do an activity outside, he usually needs a stick to help them move. This study aims to develop a stick tracking that enable a family member to find the location of the blind when they are outside their home and can help the blind to travel. GPS (Global Positioning System) technology allows the stick to get a signal for its location coordinates. When a family member wants to get the location of the blind, he can send a text message with the keyword TRACKER to the mobile phone number of the stick. A GSM (Global System for Mobile Communication) module will send a reply containing the global coordinate, which Google Maps can visualize. In addition, the blind can actively send an emergency help signal to families if they have difficulty finding their way home. An emergency push button is available on the stick, which, if pressed, will send the coordinates to the family’s phone number in the form of a short text message. During travelling, blind people can identify obstacles in front of them thanks to an ultrasonic sensor system on the stick. The sensor can detect an object in the range of 100 cm. If the sensor detects an object less than 100 cm, a buzzer will emit an edible sound for the blind. Observations show that the developed stick works well with an average error on the GPS module at a level of 11.89 meters. It also shows a fluctuating percentage of ultrasonic sensor errors depending on the distance of objects.
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盲人使用Android智能手机和GPS技术进行跟踪
失明是一个描述有视觉障碍的人的术语。当视障人士在户外活动时,他通常需要一根棍子来帮助他们移动。本研究旨在开发一种手杖跟踪,使家庭成员能够在盲人外出时找到他们的位置,并可以帮助盲人旅行。GPS(全球定位系统)技术允许操纵杆获得其位置坐标的信号。当家人想要知道盲人的位置时,他可以向手杖的手机号码发送带有“TRACKER”关键字的短信。GSM(全球移动通信系统)模块将发送包含全球坐标的回复,谷歌地图可以将其可视化。此外,如果盲人找不到回家的路,他们可以主动向家人发出紧急求助信号。操纵杆上有一个紧急按钮,如果按下这个按钮,就会以短信的形式将坐标发送到家人的电话号码上。在旅行中,盲人可以通过手杖上的超声波感应系统识别前方的障碍物。这种传感器能探测到100厘米范围内的物体。如果传感器检测到小于100厘米的物体,蜂鸣器就会发出一种可食用的声音,供盲人使用。实验结果表明,所研制的控制杆工作效果良好,平均误差在11.89米的高度上。它还显示了超声波传感器误差的波动百分比取决于物体的距离。
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