Vehicle Collision Detection And Alert Sysem Using (GSM) And (GPS) Modules

Project Title

Vehicle Collision Detection And Alert Sysem Using (GSM) And (GPS) Modules

Project Area of Specialization Internet of ThingsProject Summary

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Project Objectives

Identifies a mishap on the automobile and sends a message through the GSM module. Message gotten by another GSM module or Versatile Phone. Google define Module Shows google define to seem the precise space of the mischance and points of interest. Gets SMS points of interest from the scene of a mischance. therefore, there is a slight distinction at intervals the joins, the introductory esteem of the breadth and length is that the same however the fragmental esteem changes with a bit distinction. Expected performance is accomplished by implementing the planned program. The device and alternative necessary elements are distributed throughout the vehicle providing the correct results to notice accidents

Project Implementation Method

Arduino is used to govern the whole procedure, which includes the use of a GPS receiver and a GSM module. The GPS receiver is used to locate vehicle connections, and the GSM module is utilized to deliver SMS alerts when connections are found, as well as to connect with Google Map. To distinguish between a mishap and a rapid change in any direction, the ADXL335 measurement device is utilized. As a result, the optional 16x2 show| LCD| digital display alphanumeric display, which is not required, is also used to display standing messages or links. We've made use of the GPS Module contemporary 6M as well as the GSM Module SIM900A. As soon as we are through creating our instrumentation and the software, we will be able to put it in our car and turn it on. Every time an accident occurs, the car slides down and the measuring instrument's axis values change as a result. Arduino examines these data and determines whether there has been a change in any of the axes in question. Depending on where the accident occurs, the Arduino sends an SMS to a pre-defined number for the police, a motor vehicle, or a family member to alert them of a partner modification using the $ GPGGA String extracted from GPS module data (GPS works as described above). A Google Maps link is also included in the message, making it easy for investigators to locate the accident scene. When we tend to get a message, all we must do is click on the interface and the message will be sent to the Google map, where we will be able to view the specific position of the car. The vehicle's speed, measured in knots (1.852 KPH), is also relayed through SMS, and shown on the LCD display board.

Benefits of the Project

In the future, we want to create a humanoid installation system that can help protect older citizens and those with physical limitations by warning them to potential dangers such as a possible fall or an unusual health issue. Accidents are the responsibility of the framework. However, giving treatment to the injured at the site of the mishap might lengthen this time period. As technology advances, we're better able to prevent accidents from happening in the first place by installing devices like alarms that warn drivers when their vehicles are about to collide with something. The program promotes a life of self-determination and self-sufficiency for big ups. Because of this, the framework may be linked to a user-friendly interface. In this project, the GSM-based framework has a high transmission range and wearable sensors that are light-weight and wearable, making the project stand out. It is suggested that accidents be collected. However, this may be worsened if the children are given medicine while they are still in the risk zone. It is also possible to avoid accidents by using warning systems to halt the automobile in an emergency.Detection of traffic accidents and timely rescue of victims are discussed in this study. In addition, a critical method for combating auto theft is presented in this research. Car owners will be able to monitor their cars through a mobile app and get help as quickly as possible in the case of a serious accident according to the planned system. We want to make the app totally mobile in the future, since smartphones have become an essential part of our everyday lives. Print and touch sensors are included into most 

smartphones now in use. A Bluetooth or Wi-Fi module may be used to link the smart phone to the system, and fingerprint sensors from the smart phone can be used to start the engine. Cell phones will also have their pattern and keypad passwords snatched from them. This method will save money since there will be no need for a stamp sensor, a touch pad, or a keypad. This is only a prototype; it hasn't been using in the real world yet. Please keep us updated on the progress of the project.

Soon, Pakistan might benefit greatly from this automated vehicle monitoring and accident detection system. Additionally, random auto thefts may be decreased by this program. It is the primary goal of the program to decrease the number of accidents by limiting the maximum speed of cars and to increase the survival rate of accident victims by transporting them to a hospital right away. In addition to saving lives, this technology will make automobiles safer, more dependable, and more efficient for owners.

Technical Details of Final Deliverable

The technical details of the project are as following:

1) The circuit is made through integrated circuits and ICs , the main controlling brain is the Arduino mega.

2) GSM Technology (Used for SMS sending)

3) GPS Technology (Used for Location sensing)

4) Gyroscopic Technology (Used for sensing accidental parameters)

5) Vibrations Analysis (Used to detect accidental intensity)

6) Ultrasonic Module (HC-SRO4)

7)Vibration Sensor (SW-420)

8)Accelerometer Sensor

9) LCD Display (16x2)

10) RC Car (As Vehicle Prototype)

Final Deliverable of the Project Hardware SystemCore Industry TransportationOther IndustriesCore Technology Internet of Things (IoT)Other TechnologiesSustainable Development Goals Quality EducationRequired Resources

Item Name	Type	No. of Units	Per Unit Cost (in Rs)	Total (in Rs)
			Total in (Rs)	48200
(GSM) Module + PTA Tax	Equipment	1	10000	10000
Ultrasonic+vibration Sensor	Equipment	2	3000	6000
Arduino UNO	Equipment	1	3000	3000
Remote control car	Equipment	1	6000	6000
LIPO charger+Battery 11.1V 3000mAh	Equipment	2	6000	12000
MEMS sensor+Buck Converter LM2596	Equipment	1	3500	3500
LCD + I2C Module 20x4	Equipment	1	2500	2500
Relay Module 2-Channels	Equipment	1	1200	1200
Others	Miscellaneous	1	4000	4000