Biometric E-licence

International Research Journal of Engineering and Technology (IRJET) Volume: 05 Issue: 01 | Jan-2018 e-ISSN: 2395-0056 www.irjet.net p-ISSN: 2395-0072 Biometric E-licence Mubin Shaikh1, Azhar Hakim2, Prem Suryawanshi3, Pratik Shendkar4, Darshan Kunjir5, Prof. Mrs P.P. Bastawade6 1Students, Department of Computer Engineering. All India Shri Shivaji Memorial Society Polytechinc, Kennedy road, Pune, Maharashtra, India. 2Lecturer, Department of Computer Engineering. All India Shri Shivaji Memorial Society Polytechnic Kennedy Road, Pune, Maharashtra, India. ---------------------------------------------------------------***---------------------------------------------------------------ABSTRACT - Fingerprints are rich in details which are in the form of discontinuities in ridges known as minutiae and are unique for each person. One of the most important tasks considering an automatic fingerprint recognition system is the minutiae biometric pattern extraction from the captured image of the fingerprint. The fingerprint matcher compares features by using Digital Image processing from input search point against all appropriate driving licences in the database to determine if a probable match exists. With this implementation, there’ll be no need to carry documents along. A single fingerprint and an image will be enough to recognise and verify the individual and the vehicle. well as people have to face many problems. Thus the traffic police app not only reduces the task of the police but also makes the person document free. APPLICATIONS (a) This system will help in increasing the robustness and speed of the RTO system. (b) It will also increase efficiency in procedure related to vehicle burglary. (c) All the data would be maintained in the database will would be easy to maintained. Mobile platforms such as smart-phones and tablet computers have attained the technological capacity to perform tasks beyond their intended purposes. The steady increase of processing power has enticed researches to attempt increasingly challenging tasks on mobile devices with appropriate modifications over their stationary counterparts. In this work we describe main features of software modules developed for Android smartphones that are used by RTO officers for licence and vehicle documents verification. In this project we use biometric approach like fingerprints and vehicle number plates for verification. (d) Documents would be digitalized. INTRODUCTION Fingerprint classification and matching are key parts in an automated fingerprint recognition system. The fingerprint matcher compares features from the input search point against all appropriate records in the database to determine if a probable match exists. There are various approaches of automatic fingerprint matching that have been proposed which include minutiae based approaches, and image based approaches. Minutia based approaches are the most popular ones being included in almost all contemporary fingerprint identification and verification system. PROBLEM STATEMENT/EXISITING SYSTEM The main objective is to develop technology that include android application and web application to provide digitalization to both, an individual and RTO system, by reducing the documentation part. Fingerprint verification problem is divided into two main tasks: Currently the traffic police use a manual process for identifying and verifying authority of a person. However, people have to face many problems with the current procedure used by the traffic police. According to public point of view there is no facility provided by the RTO which will make the person document free. The main problem with the existing system is that either people have to carry their documents or smart card, but there is possibility that the information might get lost. 1. Minutiae extraction. 2. Minutiae matching. The first stage consists of fingerprint sensing which has been historically carried out by spreading the finger with ink and pressing it against a paper card and then scanned, resulting in a digital representation. This process is known as off-line acquisition and is still used in law enforcement applications. Currently, it is possible to acquire fingerprint images by pressing the finger against the flat surface of an electronic fingerprint sensor. This process is known as online acquisition. Today android devices play an important role in our day to day life since most of the tasks can be done on android device. Since the people have to carry documents regarding the information of the vehicle, the police as © 2018, IRJET | Impact Factor value: 6.171 | ISO 9001:2008 Certified Journal | Page 373 International Research Journal of Engineering and Technology (IRJET) Volume: 05 Issue: 01 | Jan-2018 e-ISSN: 2395-0056 www.irjet.net Acquired image may contain noise that is removed in pre processing stage and minutiae are extracted from preprocessed image. Final stage for fingerprint matching is performed by passing minutiae patterns of the fingerprint to matcher. This matcher will produce a match score based on fingerprint matching. p-ISSN: 2395-0072 SOFTWARE SPECIFICATIONS 1. Front End : Android APK 2. Back End : Java (Socket programming) HARDWARE SPECIFICATIONS MOTIVATION 1. Processor : Pentium IV or above An individual has to carry licence and vehicle documents, if he fails to present those at the time of certain on road investigation by Government authority, He has to pay the fine, here carrying documents is a mandatory part. This tedious and hectic procedure inspired us to think about the present RTO system and also motivated us to implement this system which increases the robustness and efficiency of RTO system and traffic issues. We would implement this system on android to give portability to system. 2. RAM : 2 GB or above 3. Hard Disk : 40 GB 4. Monitor : 15 color monitor 5. Android Device : Android Mobile / Tablet with battery capacity of 4000 mAh or above 6. Fingerprint recognition device : Connector / USB cable SYSTEM ARCHITECTURE PROJECT OBJECTIVES 1. To identify a person’s information through his/her finger prints and to make the person document free. 2. The fingerprint recognition technique will help to identify whether the person is authorized to drive the vehicle or not. 3. In the central database using Bozorth3 algorithm the image is matched with the images in the database with the match score. 4. If a match is found then details of the respective image are sent to the mobile as a response. 5. The details are then displayed on the screen. 6. The system will automatically deduct fine from the person’s bank account. USE CASE DIAGRAM PROJECT SCOPE 1. The system will accept the fingerprint through the thumb recognition device 2. In the central database using Bozorth3 algorithm the image is matched with the images in the database with the match score. 3. If a match is found then details of the respective image are sent to the mobile as a response. 4. The details are then displayed on the screen 5. The system will automatically deduct fine from the person’s bank account. 6. The system will only verify the person’s document and not issue any documents from the RTO. © 2018, IRJET | Impact Factor value: 6.171 | ISO 9001:2008 Certified Journal | Page 374 International Research Journal of Engineering and Technology (IRJET) Volume: 05 Issue: 01 | Jan-2018 www.irjet.net e-ISSN: 2395-0056 p-ISSN: 2395-0072 Assumptions SOFTWARE INTERFACE 1. User must have basic knowledge of computer and handling an Android device. MySQL : MySQL is a relational database management system that runs as a server providing multiuser access to a number of databases. 2. The user has to be from a police or RTO background. Java : The two principal products in the Java SE platform are : Java Development Kit(JDK) and Java SE Runtime Environment(JRE). The JDK is supper set of the JRE, and contains everything that is in the JRE, plus tools such as the compilers and debuggers necessary for developing applets and applications. 3. Device used must have Android OS installed. 4. After activation system should fetch data from the server. Dependencies Java Script : Java Script is primarily used in the form of client side Java Script, implemented as a part of Web Browser in order to provide enhanced user interfaces and dynamic websites. 1. Only Administrators will be able to edit main configurations. 2. User and Administrators will communicate among themselves while executing the application. JSP(Java Server Pages) : JSP is Java technology that helps software developers server dynamically generated Web pages based on HTML,XML or other documents types. 3. The proposed system is dependent on Android OS. Hypertext Markup Language(HTML) : HTML is a predominant markup language for web pages.HTML elements are the basic building blocks of Web Pages. REFERENCE: 1] C. Su and S. N. Srihari, “Generative models and probability evaluation for forensic evidence,” in Pattern Recognition, Machine Intelligence and Biometrics, P. Wang, Ed. 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