Design of Vehicle Motion Records on Motorbikes for Traffic Accident Investigation Data Based on GSM Module

Jurnal Jartel: Jurnal Jaringan Telekomunikasi Pub Date : 2020-05-30 DOI:10.33795/JARTEL.V10I2.64

Aziz Ariono Rahman, R. Perdana, Martono Dwi Atmajda

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Abstract

Motorcycle are movable objects that become public transportation needs. Motorcyclists include people from various backgrounds have experienced accidents. One of the causes of accidents is the speed. Motorcycle that has accident will fall and get injured. The need to know the cause of the accident requires investigation and analysis. Data needed to analyze traffic accidents such as vehicle operating speed and location of the accident. Required data can be obtained by utilizing infrared sensor as motorcycle speed sensor, gyroscope sensor for indicators of falling or not motorcycle and GPS to determine the coordinate points of movement motorcycle. This information is communicated using GSM module. The information is sent to the database and then displayed via Android application and the data log is stored on smartphone storage. Based on the results of tests carried out, it is known that accuracy of the speed sensor readings is 98.39% from 12 tests. The GPS test tool compared to Garmin GPS has an average difference of 3.14158 meters. The fall indicator can function properly when falls and the data can be viewed via Android application. The data is stored on smartphones and in firebase storage. The average delay test is 7,087 seconds.

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基于GSM模块的摩托车交通事故调查数据车辆运动记录设计

摩托车是可移动的物品，成为公共交通的需要。摩托车手包括各种背景的人，他们都经历过事故。造成事故的原因之一是车速。摩托车出了事故就会摔倒受伤。要知道事故的原因，需要调查和分析。车辆行驶速度、事故发生地点等交通事故分析所需的数据。利用红外传感器作为摩托车速度传感器，利用陀螺仪传感器作为摩托车坠落与否的指标，利用GPS来确定摩托车运动的坐标点，从而获得所需的数据。该信息通过GSM模块进行通信。信息被发送到数据库，然后通过Android应用程序显示，数据日志存储在智能手机存储。根据所进行的测试结果，已知12次测试中速度传感器读数的准确性为98.39%。GPS测试工具与Garmin GPS相比，平均差值为3.14158米。跌倒指示器可以在跌倒时正常工作，并且可以通过Android应用程序查看数据。数据存储在智能手机和firebase存储中。平均延迟测试为7087秒。

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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Jurnal Jartel: Jurnal Jaringan Telekomunikasi

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