Intelligent Technologies for Automated Electronic Systems

Innovative Device for Automatically Notifying and Analyzing the Impact of Automobile Accidents

R. Kabilan¹, *, R. Ravi¹, ², R. Mallika Pandeeswari¹, S. Shargunam¹

¹ Department of Electronics and Communication Engineering, Francis Xavier Engineering College, Tirunelveli, Tamil Nadu, India

² Department of CSE, Francis Xavier Engineering College, Tirunelveli, Tamil Nadu, India

Abstract

In many nations, motorcycle accidents are a big public issue. Despite public awareness campaigns, the problem continues to grow as a result of poor riding habits such as riding without a helmet, dangerous driving, drunk driving, riding without enough sleep, and so on. Because of late help to those who have been in accidents, the rate of deaths and disabilities is quite high. People who are implicated suffer significant economic and social consequences as a result of them. As a result, various research organizations and large motorcycle companies have developed safety systems to safeguard riders from harm. Furthermore, a dElectronics and Communication Engineeringnt motorcycle safety system is hard to execute and costly. The integration of modern communication technologies into the automotive industry allows for greater assistance to people wounded in traffic accidents, a reduction in the time it takes emergency services to respond, and an increase in the amount of knowledge they have about the occurrence. The number of fatalities might be greatly reduced if the resources necessary for each disaster could be determined more precisely. The developed scheme calls for every vehicle to be equipped with an on-board unit that detects and reports accident scenarios to an exterior control unit that assesses the depth of the problem and provides the needed resources to aid it. The creation of a prototype based on off-the-shelf equipment indicates that this technology can considerably reduce the time it takes to send emergency services following an accident.

Keywords: Buzzer, GSM, GPS, LCD, Tilt Sensor, Zigbee.

* Corresponding author R. Kabilan: Department of Electronics and Communication Engineering, Francis Xavier Engineering College, Tirunelveli, Tamil Nadu, India; E-mail: [email protected]

INTRODUCTION

An embedded server is a computer that is designed to do one or a few specific functions, frequently under time limitations. It is frequently incorporated as part system, including a PC, on the other hand, is built to be adaptable and suit a huge

of a larger device that includes hardware and mechanical components. An overall spectrum of end-user requirements. Many modern devices are controlled by embedded systems.

One or more primary processing cores, usually a microcontroller or a digital signal processor, control embedded systems. The most important attribute, however, is that it is dedicated to completing a certain task, which may necessitate the use of extremely powerful processors. Because the embedded system is dedicated to a single purpose, design engineers may optimise it to decrease the product's size and cost while improving its dependability and performance. Certain embedded systems are high-density to take advantage of economies of scale. The overall number of cars on the road has increased dramatically in recent decades, increasing traffic congestion and the incidence of traffic accidents. In the event of a traffic collision, finishing the aid of badly wounded passengers within an hour following the occurrence is critical to limiting the detrimental consequences to the occupants' health