This document provides an overview of an accident detection and alert system project that uses cellular IoT and GPS to identify the location of a vehicle accident and transmit that information to emergency services and contacts. The system architecture utilizes an accelerometer sensor, GPS and GSM modules to rapidly detect accidents and send alerts with location data to reduce response times. The goal is to decrease casualties by expediting medical assistance to accident scenes.

2. ACCIDENT DETECTION AND ALERT
SYSTEM

3. Table of contents
• Abstract
• Introduction
• Objective
• Methodology and Platform
• System Architecture
• Flow chart
• Conclusion
• References

4. Abstract
• Every day, many people around the word lose their lives in road accidents. Most
deaths occur due to lack of access adequate medical care. Over 1.3 million people
die in road accidents. The goal of this Project is to find out where the vehicle is
located and locate the vehicle by sending messages through a system located
within the vehicle system. In most cases, you may not be able to locate the scene
of accident. I don’t know where the accident happened. To avoid such situations,
we project an accident detection warning system for emergency assistance using
IOT and mobile applications. As soon as an accident is detected, our system will
identify appropriate coordinates and send them to nearby emergency services and
the victim’s family so that they can arrive as soon as possible.

5. Introduction
• Transportation is very important is our daily life, but it can also lead to disaster and
deaths. Traffic accidents are harmful. They consume 5-7% GDP of country. In
addition, India accounts highest number of deaths in road accidents in the word.
Notably, India account for 11% of the global death in road accidents despite having
1% of the world’s vehicles. As the number of cars increases, the number of traffic
accidents also increases enormously, and accidents also cause traffic congestion.
We have developed a system that uses cellular IOT and GPS to find and transmit
the information we need.

6. Objective
• To study the accident statics
• To study current existing systems
• Reduce the fatality rate
• To identify and eliminate irrelevant components present in existing system
• Construction of an efficient automated vehicle accident detection system using
android
• Develop a framework for reducing false alarm of vehicle accident detection
• Dispatch automatic emergency accident alert message to relative, nearest police
station and hospital
• Make an economical system for detection and alert system.

7. Methodology and Platform

8. System Architecture

9. Flow chart

10. conclusion
• This project provides the design which has the advantages of low cost, portability
and small size. The platform of the system is AVR along with accelerometer sensor;
GPS and GSM, interfacing which reduces the alarm time to a large extent and
locates the site of accident accurately. This system can overcome the problems of
lack of automated system for accident location detection. Consequently, the time
for searching the location is reduced and the person can be treated as soon as
possible which will save many lives. Main motto of the accident alert system
project is to decrease the chances of casualties in such accident. Whenever
accident occurs, paramedics are alerted and they reach the particular location to
increase the chances of saving life. This device invention is much more useful for
the accidents occurred in deserted places and those occurring at night time which
usually go unattended. This system will have broad application prospects and it
will play an important role in day-to-day life in future

11. References

12. THANK YOU