International Research Journal of Engineering and Technology (IRJET) Volume: 09 Issue: 06 | June 2022
e-ISSN: 2395-0056
www.irjet.net
p-ISSN: 2395-0072
ARM Based Vehicle Theft Control, Positioning and Collision Detection System Adarsh S1, Abhishek N1, Pranitha M1 , Sahana Urs1 , Jaswanth V2 1Department
of ECE, Vidya Vardhaka College of Engineering Mysore, India Dept. of ECE, Vidya Vardhaka College of Engineering Mysore, India ---------------------------------------------------------------------***--------------------------------------------------------------------Here we are using the fingerprint module because it Abstract - Many accidents occur on highways nowadays as 2Professor,
provides high security than keypad interface. Keypad interface is a low-level encryption module so there may be chances of increasing the vehicle theft if the key is misused. In case the vehicle is theft by damaging the fingerprint module, here comes into picture of vehicle tracking system where the dynamic live location of the vehicle is shared to the owner and the concerned police authorities A GPS tracking system uses the Global Positioning System(GPS), as well as microwave signals,to determine the accuracy of a target's location and record its location. After that, the data can be retained in memory, which is known as a passive GPS tracking system, or it can be broadcast and shown in real time, which is known as an active GPS tracking system. When the owner requests the location of the vehicle, a message via mobile phone will be sent, and the response will be a message containing the coordinates (longitude and latitude) of the vehicle using a worldwide map. The above interaction is done by using the GSM module.
a result of increased traffic and also owing to aggressive driving by drivers, and in many cases, family members, ambulances, and police authorities are not notified in time. As a result, the assistance provided to the accident victim is delayed. This could result in death. Our project, Vehicle Positioning System with GPS and GSM Modules is meant to avoid such scenarios so that a person who has been in an accident can receive immediate medical attention and be saved. Theft prevention is another application of this project. Here, an encryption module will be introduced to give increased security against code cracking and theft, as well as an alarm system. It's also aimed at finding the dynamic live location of vehicles in. the cases of accidents and vehicle theft. The whole scenario is implemented using an arm controller.
Key Words: GSM and GPS modules, ARM controller 1. INTRODUCTION
1.1 methodology
Quick and easy transportation has become an integral component of our daily lives. Many accidents occur on highways as a result of increased traffic and rash driving by vehicles, and in many cases, family members, ambulances, and police authorities are not notified in a timely manner. As we've noticed, vehicle theft is on the rise these days, so we're introducing our project, which is a theft control, accident detection, and vehicle locating system. The manual process of calling an ambulance causes delays in patient rescue and medication, we want to make the process more efficient by implementing automatic accident detection by using an accelerometer sensor, which is used to detect the accident. In case if the accident is not severe the system will discontinue the process or else alert messages will be sent to family or friends, nearby hospitals, and nearby police stations to notify them as soon as an accident is detected. An embedded system with a global positioning system and a worldwide mobility system is used to develop effective vehicle security for anti-theft. Through this technology, the client communicates with automobiles and determines their current location. When the appliance detects theft, it will send a notification SMSt ot he owner, informing him of the theft. This can be done using a fingerprint module.
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Impact Factor value: 7.529
Block diagram The project comprises three features: accident detection, theft control and vehicle positioning system. It consists of an ARM controller (STM32), power supply, accelerometer sensor, fingerprint module, buzzer, LCD display, GPS and GSM modules. For accident detection this technology uses an accelerometer sensor to detect accidents. When the engine is running and the vehicle hits
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