Cellphone Awareness Inside Vehicles Using Embedded Device And Android Application

Tashfiq Rahman, A. Zaini, C. Arpnikanondt, A. Kurniawan
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Abstract

Over recent years, cellphone use while driving has become an alarming problem. There has been an increasing rate of accidents concerning distracted driving. Therefore, the motive of this work has been to focus on removing distractions involving notifications on mobile phones to try and discourage or prevent the use of mobile phones while driving. The android application is designed to help drivers to focus on their driving. The buzzer placed inside the car is made to remind the driver to switch to Driving-Mode before they begin to drive and to not be interrupted while driving. The application enables this feature simply with the press of a button.The research for this work led to the development of an application which was compatible for android smartphones with android versions of 6.0 and above. The testing was only conducted inside private cars and the range of the access point was limited throughout the area inside the car. This system was however, not tested using large vehicles. The connectivity of the smartphones and the access point proved to be successful. Although the average time required for the access point to set up was 3 seconds. The range was also measured, and it was concluded that the connection remained stable up to a diameter of 2 meters.
使用嵌入式设备和Android应用程序的车辆内手机感知
近年来,开车时使用手机已成为一个令人担忧的问题。与分心驾驶有关的事故越来越多。因此,这项工作的动机是专注于消除涉及手机通知的干扰,试图阻止或防止驾驶时使用手机。这款安卓应用程序旨在帮助司机专注于驾驶。放置在车内的蜂鸣器是为了提醒驾驶员在开始驾驶前切换到驾驶模式,并且在驾驶过程中不会被打断。该应用程序只需按下一个按钮即可启用此功能。通过对这项工作的研究,开发了一款适用于android 6.0及以上版本的android智能手机的应用程序。测试只在私家车内进行,而且接入点的覆盖范围在整个车内区域受到限制。然而,该系统没有使用大型车辆进行测试。智能手机和接入点的连接被证明是成功的。虽然建立接入点所需的平均时间为3秒。还测量了该范围,并得出结论,连接在直径为2米的范围内保持稳定。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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