Vehicle Anti-Theft Face Recognition System Using Raspberry pi

Published Dec 09, 2020
 15 hours to build
 Advanced

Design and Development of Vehicle Anti-Theft Face Recognition System using the Raspberry pi for safety purposes.

display image

Components Used

LCD16x2 Display
LCD16x2 Display
1
RASPBERRY PI 3 A Plus
RASPBERRY PI 3 A+RASPBERRY PI 3 A+
1
Diode 1N400x
Diode 1N400x
4
DC Gearbox Motor
Adafruit Accessories DC Gearbox Motor - TT Motor - 200RPM - 3 to 6VDC
1
7805 Voltage Regulator
7805 Voltage Regulator
1
USB Webcam
Cameras & Camera Modules USB 2.0 WEBCAM1080PLNSCVEMICAD
1
SPDT Slide Switche
Slide Switches Large-sized Type 1P2T
1
L293D Driver
L293D Driver
1
Raspberry Pi HDMI Display
Display Development Tools Raspberry Pi HDMI LCD (10.1 inch)
1
Description

 

System 

This is an advanced system which can be utilized in many cars. Today, it is not difficult to make duplicates of vehicle keys, and using such keys increases the risk of robbery. For such a problem, we have come up with a solution.                                                               

Raspberry Pi

The Raspberry Pi is a low cost, credit-card sized computer that plugs into a computer monitor or TV, and uses a standard keyboard and mouse. It is a capable little device that enables people of all ages to explore computing and to learn how to program in languages like Scratch and  Python.   

✓Face Recognition: A facial recognition system uses biometrics to map facial features from a  photograph or video. It compares the information with a database of known faces to find a match. ...  That's because facial recognition has all kinds of commercial applications. It can be used for everything from surveillance to marketing.

Working :                       

 Step 1: Our system uses a face recognition system to identify the authorized users of the vehicles and only the authorized users are allowed to use the vehicle.  

Step 2: The system uses a raspberry pi circuit, it consists of a 24 x 4 LCD display, a motor & a buzzer alarm, it also consists of a camera.                                                    

Step 3: When we turn on the system authority provided by 3 options that are registration, start, and clear data, while registering, it first scans the owner’s face.​​

Step 4: After successful registration, the owner can start the vehicle. To stop the vehicle, the owner needs to press the back command.  

Step 5: If an unauthorized user tries to use the car, the system scans the person’s face, and checks whether the face matches with the authorized face, if it does not match the system denies and the buzzer starts.  

Step 6: In this way system helps to secure such intelligent vehicles.

Codes

Downloads

Vehicle Unlock Download

Institute / Organization

PSNA COLLEGE OF ENGINEERING AND TECHNOLOGY
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