Implementasi Sistem Keamanan Dan Starter Otomatis Sepeda Motor Berbasis Aplikasi Android

Nkido, Amar (2022) Implementasi Sistem Keamanan Dan Starter Otomatis Sepeda Motor Berbasis Aplikasi Android. Undergraduate Thesis thesis, Institut Teknologi Telkom Purwokerto.

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Abstract

The fast improvement of technological know-how and era has encouraged and has an crucial which means for human life. this can be seen with the aid of the diverse facilities presented and furnished. along side the speedy improvement of generation, the boom in crime is likewise more and more rampant, mainly the theft of vehicles, both two-wheeled and four-wheeled. consequently, people need a technological innovation for contemporary and powerful vehicle safety, so the concept of "Implementation of security structures and motorcycle computerized Starters based On Android applications" to reduce the rate of vehicle theft, specially motor cars, the writer makes use of NodeMCU ESP8266 which is connected to the android software because the controller, this design security machine makes use of the MPU6050 Sensor that could locate if the motor role changes, and could send a notification to the automobile proprietor, the android controlling utility can control the device to the most distance from its abilties. The ESP8266 NodeMCU and gear can nonetheless function in line with the instructions given, and can send notifications according to the competencies of the ESP8266 NodeMCU. The results of the MPU6050 sensor test with the motorbike condition are that the average sensor value in the range of 14 degrees is 2.215. In the condition of the moving motorbike, it is obtained at a slope of 8 degrees, the average value is 1.769. The results of testing the remote starter system for LOS conditions can be controlled at a maximum distance of 50 meters, NLOS conditions a maximum of 40 meters. The QoS test results for the value of Delay 267.47ms, Throughput with a value of 2599.67 bit/s, Packet Loss value of 0.01%. Keywords : Android, MPU6050 Sensor, NodeMCU ESP8266, QoS

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