FINGERPRINT PREDICTION ENABLED PASSPORT AUTHENTICATION SYSTEM
With the advent in technology, the existing systems are developed to have in built intelligence. This is of greater importance in places where human identity is required. The manual authentication and human intervention of the present systems has been replaced by digital means. Of all the digital systems, Embedded Technology predominates as it overcomes the drawbacks of all the existing mechanical and electronic systems.
Fingerprinting is the process of identification based on the impressions at the ends of the fingers. The impressions consist of patterns formed by ridges that cover the skin of the fingertips. Fingerprints provide one of the most reliable methods of identification. No personâ„¢s fingerprint is identical to any other human being. In most cases, fingerprints remain the same throughout any personâ„¢s lifetime. Ridges on the personâ„¢s fingerprints only change as a result of surgery, disease, or an accident.
Our project Fingerprint Prediction Enabled Passport Authentication System involves finger print recognition, scanner will scan the finger print and given to PC, which compares with stored finger prints, then we can access the account to do the money transaction and etc. The person name and account details are maintained in the unique database. If it detects any unauthorized person it will give signal to microcontroller which will drive the buzzer and display in LCD.
Block Diagram :
Hardware Requirements :
Software Requirements :
Visual Basic Programming for Identification.
Embedded C Programming.
Full Fledged Security.
Avoid Human Error.
Local and International Airport.
FINGER PRINT BASED ELECTRONIC VOTING SYSTEM
The aim of the project is to build the fingerprint based electronic voting system.
This project “Finger Print Based Electronic Voting System” deals with giving intelligence to the existing traditional system. Persons who are authorized to vote will be assigned a number with respect to his/her finger print. The information will be processed in a manner that will protect confidentiality and in such a way that unauthorized individuals cannot retrieve it by means of computer, remote terminal or other means. In this the human identity is carried out using a Thump Impression. The unique act as human attributes and can be checked out for verification.
The Fingerprint Scanner is interfaced to the micro controller unit, which keeps track of the Identification. The scanner scans the fingerprint of the voter and compares with the database in EEPROM, if it is authentication person it will give authenticated signal to microcontroller which will display the authentication in LCD and sends an authentication number to the microcontroller. The microcontroller will control the lock and accept it depending upon the Scanner output. If any unauthorized persons try to vote, it will check the authentication for three times and the controller automatically alerts the security by blowing the buzzer. This can be implementing in real time.
Finger printing is the process of identification based on the impressions of the ends of the fingers. The impressions consist of patterns formed by ridges that cover the skin of the fingertips. Fingerprints provide one of the most reliable methods of identification. No person’s fingerprint is identical to any other human being. In most cases, fingerprints remain the same throughout any person’s lifetime. Ridges on the person’s fingerprints only change as a result of surgery, disease, or an accident.
SOFTWARE TOOLS USED:
1) Keil Compiler.
2) Express PCB/ORCAD.
1) Micro controller.
2) MAX 232 Serial Communications.
3) Finger print scanner.
4) Power Supply 5V.