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IoT based Accident Detection and Prevention

IoT based Accident Detection and Prevention

Price : 8000

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Course Duration
Approx 10

Course Price
₹ 8000

Course Level
Moderate

Course Content

 

The rapid growth of technology has made our easier this advancement in technology also increased traffic hazarded. Hence ratio of road accident increases. Most of the Time loss of life due to poor emergency facilities. Our research provides a solution for accident detection and prevention of human life safety. The application has been divided into four module based on functionalities. This module is designed to build up and integrated system to cover various aspects of android based Automatic vehicle Accident Detection by Using Android application.

}  The application has been divided into four module based on functionalities.

 

}  This module is designed to build up and integrated system to cover various aspects of android based Automatic vehicle Accident Detection by Using Android application.

At the time of accident, the process to intimate and locating the place of the victim is a bit difficult task that is to be discovered. The credentials of the victim are unknown which is tedious during crucial moments for the people at the accidental spot. The main motive of the project is to design IOT detection and reporting system. The unique feature of the system is to locate the victim and report the accident with the relevant information to ambulances and his concerned people to provide a quick medical aid to the victim. A Node MCU microcontroller module is used and a unique code is programmed in this module to achieve this functionality. Impact sensor is interfaced with the node MCU microcontroller module which senses the vibration frequency of the accident. A maximum stress limit of the vibration threshold is programmed in the module. The GPS module is connected to the node MCU microcontroller and all these are embedded in the vehicle. The GPS module will be helpful for the family members and the friends, to track the victim’s location.

Blynk application is installed in the mobile and it is used to switch on and off the system. The system sense and trigger a response in our IoT device when the specified threshold level is met. Push bullet is an application that acts as a bridge between your mobile devices and the out IoT device. This application is installed on the mobile devices of the registered emergency contacts or there cared one. Push bullet provides the way to send notifications from Node MCU to the mobile phones with a simple scripting. The access tokens of the respective Push bullet and Blynk applications are programmed in the node MCU microcontroller module.

The rider or the vehicle has the IoT device and switches on the system through the Blynk application while the drive starts. When accident occurs and the rider crashes to the ground, the Impact sensors sense the threshold frequency and if the value is greater than the stress limit, the exact location of the spot is extracted from the GPS module. The information of the rider and the location in terms of latitudinal and longitudinal data is sent immediately to the registered mobile. The maps will provide the exact location of the accident with the essential details in the message.

 

Hardware

1.     NodeMCU (ESP8266)

2.     GPS

3.     Crash Sensor

4.     Tilt Sensor

5.     Mq3 Sensor

6.     Jumper Wires

7.     Push Button

8.     Driver Circuit

9.     DC Motor

 

10.        Temperature sensor (LM35)

 

METHODOLOGY

}  At the time of accident, the process to intimate and locating the place of the victim is a bit difficult task that is to be discovered.

}  A Node MCU microcontroller module is used and a unique code is programmed in this module to achieve this functionality.

}  Impact sensor is interfaced with the node MCU microcontroller module which senses the vibration frequency of the accident.

}  A maximum stress limit of the vibration threshold is programmed in the module. The GPS module is connected to the node MCU microcontroller and all these are embedded in the vehicle.

}  The GPS module will be helpful for the family members and the friends, to track the victim’s location.

}  Blynk application is installed in the mobile and it is used to switch on and off the system.

}  The system sense and trigger a response in our IoT device when the specified threshold level is met. Push bullet is an application that acts as a bridge between your mobile devices and the out IoT device.

}  This application is installed on the mobile devices of the registered emergency contacts or there cared one.

}  Push bullet provides the way to send notifications from Node MCU to the mobile phones with a simple scripting.

 

}  The access tokens of the respective Push bullet and Blynk applications are programmed in the node MCU microcontroller module. 

 

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