Karan Siyal ¹, G. Gugapriya ¹

Affiliations
1 School of Electronic Engineering (SENSE), Vellore Institute of Technology Chennai,Chennai – 600127, Tamil Nadu, IN

Abstract

As an advancement in automobile industry, real time vehicle safety technology has arrived a long way. Vehicles become very essential part of human life hence vehicle’s safety is priority for its owner. Nowadays vehicle theft can happen anytime from anywhere such as common parking areas and some of the instable places. This paper is aimed for a novel Anti-Theft Vehicle Locking System .Here, with high speed reliable Control Area Network (CAN), a sensor based mechanism is interfaced with Engine Control Module (ECM) using ARM7 TDMI microcontroller. In order to prevent vehicle from theft fuel flow sensor observes ignition of engine and attached GSM sends an alert message to owner. In case of stolen, real time vehicle tracking with global positioning system enables owner to control the engine with mobile phone so vehicle will not work any longer. This system functionality makes vehicle locking technique more efficient and provides a complete security from theft

Keywords

ARM7, Control Area Network (CAN), Engine Control Module, Flow Sensor, Global Positioning System (GPS), Global System for Mobile Communication (GSM), Locking System.

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Ratnaprabha Kasde ¹, G. Gugapriya ¹

Affiliations
1 School of Electronic Engineering (SENSE), Vellore Institute of Technology Chennai, Chennai - 600127, Tamil Nadu, IN

Abstract

Advancement in technologies to have a great vehicular experience safety system is very essential in automobiles. Accident can occur anywhere anytime hence there is a need to save human lives from an accident by detecting a mishap before it happens. As traffic hazards and road accidents are increasing day by day it causes huge loss of life and property because of the poor emergency facilities. The paper is aimed in advancements in cars for making it more interactive and intelligent for avoiding accidents on roads. As an improvement to safety systems a multi-sensor, control Area Network (CAN) based system is interfaced with Engine Control Unit (ECU) using ARM-7 microcontroller. In order to prevent from accidents different sensors are used to observe fatigue levels of driver, pulse rate, alcohol level, obstacle detection and also sudden collisions. Global positioning system, GSM and CAN technologies for faster communications make the system completely reliable, safe, and stable and it attains the expected result of real-time analysis of data very effectively to provide a safer drive.

Keywords

Accident, Automobile, CAN, Embedded Systems, Electronic, Sensor, Global Positioning System, GSM.

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