HARDWARE DESIGN AND IMPLEMENTATION OF THEFT DETECTION AND TRACKING SYSTEMS IN CARS BASED ON IMU, BLE, AND GPS
ii ABSTRACT HARDWARE DESIGN AND IMPLEMENTATION OF THEFT DETECTION AND TRACKING SYSTEMS IN CARS BASED ON IMU, BLE, AND GPS By Reihan Augeetiansyah NIM: 13218015 (Bachelor????????????Program in Electrical Engineering) The rate of motor vehicle theft is still high in Indonesia. However, from a...
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| Format: | Final Project |
| Language: | Indonesia |
| Online Access: | https://digilib.itb.ac.id/gdl/view/66439 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | ii
ABSTRACT
HARDWARE DESIGN AND IMPLEMENTATION OF THEFT
DETECTION AND TRACKING SYSTEMS IN CARS BASED ON
IMU, BLE, AND GPS
By
Reihan Augeetiansyah
NIM: 13218015
(Bachelor????????????Program in Electrical Engineering)
The rate of motor vehicle theft is still high in Indonesia. However, from all cases of
motor vehicle theft that occurred, only a few cases of motor vehicle theft were
resolved. Lack of evidence and information is a major factor in motor vehicle theft
that is difficult to resolve. In addition, there are efforts by the perpetrators to
eliminate evidence to deceive the police so that cases of motor vehicle theft are
increasingly difficult to determine. The speed of response from the owner and the
police is a significant factor in the success of solving this car theft case.
Based on the description above, a solution is proposed as a car location tracking
system based on the internet of things that can provide real-time vehicle location
information and detect the possibility of theft. In addition, the solution also has an
integrated information system with the police to speed up reporting and prosecution
of motor vehicle theft cases. One part of the system is the hardware installed in the
car. This hardware consists of several important parts, namely a global positioning
system implemented with Ublox Neo-6M, a communication system implemented
with GPRS SIM800L and using the MQTT protocol, a theft attempt detection system
using a combination of presence detection and user authentication, each of which
is implemented with IMU MPU6050 and Bluetooth low energy. In general,
functional testing for each part has been carried out and has the entire system's
functionality by the expected specifications.
Keywords: BLE, Cars, GPS, IMU, IoT, MQTT |
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