This proposed project work is an attempt to design an advanced vehicle security and tracking system that can identify vehicle accident detection and sends the location details using GPS and GSM.
In present existing models many vehicles do not have accident detection system they have to wait for someone help to inform our guardians, this is a very big problem in 4 wheelers so to over all these we have developed a prototype model which has accident detection system in from in front and back side of the vehicle when they get pressed that indicates accident detected.
In this Accident identification based alerting location over GSM and GPS project we have used Arduino UNO open-source motherboard to which we have interfaced accident detection switch GSM modem SIM 800L for sending the message when accident detected, and GPS is for getting the location accident place, and in this accident identification project we have used an airbag which will get open when an accident is detected and the vehicle gets stopped automatically.
The safety of the vehicle This complete system is designed taking into consideration the low range vehicles to provide them with extreme security.
This system is an attempt to develop an advanced vehicle security system that can identify vehicle theft and can track the details using GPS and GSM modules.
In present existing security systems strangers can enter the vehicle and take it without starting the engine, the vehicle owner will not be able to identify when the stranger doesn’t start the vehicle, if stranger removes the battery connections then entire security system will be an off state. It is very difficult to identify the vehicle in this situation.
Here we are proposing the new security system for 4 wheelers, which will have given security to the vehicle.
In this model vehicle will have RFID reader inside the car beside driver seat once after you enter the vehicle you have to keep the RFID tag in RFID reader for clearing the security check, if the RFID tag is matched then vehicle ignition will be on else alert signal will be sent to car owner along with location with help of GPS and GSM. (GPS for location identification and GSM for message sending) and the car will make emergency sound with a buzzer, engine ignition and fuel pump will get off with help of a relay.
If any stranger tries to open the door we have sensors like sound which will detect the sound like when a stranger breaks glass or hit with hammer etc… we have bump sensors in the bumper of the vehicle which will notify when cars meet an accident.
Nowadays there are many accidents occurring at turnings, these occur due to over speed of vehicles across turnings, and the drivers don’t come to know about the vehicles approaching them at turnings. Due to this, many people lost their lives. We can avoid these accidents by developing an application which can detect the exact location of multiple vehicles using Global Positioning System and alerting the user on turning, by providing the information regarding no of vehicles approaching towards the user.
This application will detect the current location of the vehicle and notify if there are any vehicles approaching on the other side of the turnings. So this will minimize the accidents at deep curves.
We use GPS and microcontroller to know the locations of the vehicles.
It sends an alert to the respective driver on detecting the nearby vehicle.
The present system for vehicles to check the opposing flow of traffic is to look through concave mirrors which are placed at the side of the road.
These concave mirrors are very convenient to use as it can be placed anywhere without any restrictions.
But these concave mirrors doesn’t work when the vehicles are overtaking on a single road.
And when the vehicles are at high speeds drivers normally can’t take their eyes off the road, so they don’t observe the mirrors. This will lead to accidents.
In order to overcome the risk of accidents, we propose the idea of “Vehicle Detecting System”, which gives an alert to the drivers, about the opposing vehicles within a particular radius of the vehicle, through the phone.
This application works on GPS.
It takes the location of vehicles and alerts the drivers if there are any vehicles within the radius of their vehicle.
The phone acts as a GPS module to know the location of the car and the phone/microcontroller acts as the receiver of the alerts sent to the driver.
Welcome to 1000 Projects ECE Projects Section., These are the below advanced Electronics and Electrical Projects List which can useful for ECE and EEE students for their final year projects submission.
Face recognition based attendance management system using Raspberry Pi
Finger scanner and facial recognization based door security system using Raspberry Pi.
Smart garbage bin municipal operations.
Agri-bot: Agriculture robot.
Pipe inspection robot with live video streaming over android application
Smart trolly for easy billing using a raspberry pi.
Product sorting machine with color identification using a raspberry pi
Advance surveillance robot using a raspberry pi
Intruder alert system: IOT based home security with E-mail and photo using a raspberry pi.
Web application based home automation using a raspberry pi.
College notice board display over IOT.
Smart toll plaza with RFID based door opening system and balance alerting over the message.
Vehicle security system with engine locking over IOT
Smart travel luggage bag.
Accident identification based alerting location over GSM and GPS.
Railway Track Pedestrian Crossing between Platforms (Movable and flexible railway platform).
Greenhouse monitoring and Weather station monitoring over IOT
Smart assistive device for deaf and dumb people.
Semi-autonomous Garbage collecting robot.
Solar power based grass cutting and pesticides praying robot.
Smart Wearables: Emergency alerting with location over GSM for women.
Automatic car washing and drying machine with conveyor support.
The real-time voice automation system for the college department.
Patient health monitoring over IOT
Automatic gear shifting mechanism for two-wheelers.
The main aim of developing this Project is to automate our Home easily. In this project, we control 2 AC Load Devices, 2 Bulbs, Small exhaust Fan. Here we have temperature monitoring device and Methane gas detector device.
With the help of the Kit, we can control all the appliances in the home through the android app and moreover LPG gas detector in the house where sensor senses the gas and it will automatically on the exhaust fan, and when Temperature in the house increases it automatically switches on the exhaust fan.
The temperature can be displayed on the LCD Screen in the Project. In this project we are using Aurdino board, 4 channel relay Module, Bluetooth for controlling the devices and LM 35 for the Temparature sensor, Smoke sensor, 16by2 LCD Display and samll plug box for connecting the 2 ac loads.
We have an android app to control the lights, fans, the temperature in the home.