Sistem Pengaman Sepeda Motor Dengan RFID Berbasis IoT

A. S. Wardana, Gigih Priyandoko, Dedi Usman Effendy
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Abstract

Motorcycles are a means of transportation that various groups in society widely use as a means of transportation. The number of types, models, and brands of motorized vehicles is often the highlight and target of crime by the perpetrators of motorcycle theft. From the many motorcycle theft cases, from the destruction of keyholes with latter T keys to liquids with chemicals, a motorcycle safety system with IoT-based RFID is needed to improve the motorcycle security system. The results showed that the test cut off the flow of motorcycle electricity located on the motorcycle coil using a relay controlled via android, with the application getting the results as expected. The relay functions to disconnect the electric current properly and display notifications on the Blynk application found on android. At an effective distance and slope, the RFID Reader can read the RFID tag card is 0-1.5 cm with a tilt of 0-20°. The results of the IoT test showed that the farthest distance in the wall-sealed scope is 1-26.10 meters, while the distance with the farthest available scope is 1-411.69 meters. This thesis is expected to contribute to the automotive world by improving the safety system on motorcycles when the vehicle is parked.
一种基于RFID的摩托车安全系统
摩托车是社会各群体广泛使用的一种交通工具。摩托车的种类、型号和品牌的数量往往是摩托车盗窃案的重点和犯罪目标。从众多的摩托车盗窃案件,从后期T钥匙破坏钥匙孔到含有化学物质的液体,需要基于物联网RFID的摩托车安全系统来改善摩托车安全系统。结果表明,该测试使用由android控制的继电器切断位于摩托车线圈上的摩托车电流,应用程序获得了预期的结果。继电器的功能是正确断开电流,并在android上的Blynk应用程序上显示通知。在有效距离和坡度下,RFID读写器可以读取0-1.5 cm的RFID标签卡,倾斜0-20°。IoT测试结果表明,壁封瞄准镜的最远距离为1-26.10米,可用最远瞄准镜的距离为1-411.69米。这篇论文希望通过改进摩托车停车时的安全系统,为汽车世界做出贡献。
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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