基于物联网(IOT)的两轮车安全系统

Sistem Keamanan, Kendaraan Roda, Dua Berbasis, Supriatin, Dedy Abdullah, Yulia Darmi, Husni Rifqo
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引用次数: 0

摘要

两轮车辆失窃率高,车主不敢离开自己的车辆。随着摩托车失窃案的增加,车辆的安全性也必须提高,这样车主在离开车辆时就不会害怕。因此,作者希望利用智能手机作为远程车辆控制工具,创建一个安全系统。本研究利用 Arduino Uno、继电器、指纹传感器、ESP32 CAM 和 NodeMCU 设计了一个以指纹为钥匙的车辆安全系统,并通过电报对车辆进行实时监控。这项研究采用了直接测试车辆的实验方法。测试使用了 10 种不同的指纹、8 个手指位置和 5 个指纹障碍物。测试结果表明,该系统能以平均 9.11 秒的延迟时间执行命令,并能以消息的形式向 Telegram 发送通知,还能在有人试图激活车辆时进行实时监控。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sistem Keamanan Kendaraan Roda Dua Berbasis Internet Of Things (IOT)
The high rate of theft of two-wheeled vehicles makes vehicle owners afraid to leave their vehicles. Most vehicle owners increase the security of their vehicles by providing a padlock key that is placed on the motorcycle disc.Along with the increasing acts of motorcycle theft, vehicle security must also be improved, so that vehicle owners are not afraid if they have to leave their vehicle. Therefore the author wants to create a security system by utilizing a smartphone as a vehicle control tool remotely. In this study a vehicle security system was designed with fingerprints as keys and realtime monitoring of vehicles via telegram by utilizing Arduino Uno, Relay, FingerPrint Sensor, ESP32 CAM and NodeMCU. This study used an experimental method which directly tested the vehicle. The test was carried out with 10 different fingerprints, 8 finger positions and 5 fingerprint obstacles. The test results show that the system can execute commands with an average delay time of 9.11 seconds and can provide notifications in the form of messages to Telegram and can be monitored in real time when someone tries to activate the vehicle.
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