the system was analyzed in depth. Fig1.1 Setting the software control panel Fig1.2 Swiping, Enrolling and Saving Fingerprint to disk Separating the results into three different categories. URIs, which only access the SQLite DB, URIs that also communicate with the scanner device and finally, URIs with human interactivity: SQLite (GET domain/fingerprints, GET domain/fingerprints/id): the response time of the SQLite database is very fast. Response time of the overall
Personal verification is the major concern because of its wide usage in many applications. Recently, hand based biometrics technology is being used in many applications and also involved the significant attention of the individual towards biometric system. Hand based biometric system presents many types of recognition by means of fingerprint, palmprint, hand geometry and hand vein. Biometrics is broadly classified and referred in two aspects for authenticating the individuals namely, • Physical
the convenience brought by technology. Many consumers do not like passwords and PINs because it might be forgotten due to its complexity or it might took a lot of time to be authenticated. Fingerprint authentication was implemented to address these problems. Vacca (2007) remarks that consumers will use fingerprint authentication because of its convenience (p. 121). Although finger-scan technology provides the convenience, which consumers always wanted, without sacrificing security, this technology
Ross, 2008). 1.1 Forensics The use of biometrics in forensics has been used for a long time. Usage of fingerprints as an identifier has been used to link suspected criminals to the crime scene by collecting fingerprints then comparing it. Nowadays as computer technology has become more available. Large Automated Fingerprint Identification Systems (AFIS) are used to match unknown fingerprints against a database. Today AFIS is used in every law enforcement agencies worldwide. It is important
verification because the user cannot simply lose their human characteristics. They also cannot be faked or stole. Technology in these fields
A SECURE MOBILE VOTING SYSTEM USING FINGERPRINT U.Rajkumar, H.Karunakaran, B.karthikeyan, M.venkatesh, rajkuamrudhaya@gmail.com, karunakaranit17@gmail.com , G.Revathi M.E. , revugovind@gmail.com, Department of Information Technology, V.S.B Engineering College, Karur. Abstract- The heart of the democracy is solely depending on the voting. The voting is the right for every citizen in the nation. The fingerprint shows the most promising future in real-world applications. Because of their uniqueness
INTRODUCTION 4 MOBILE PAYMENTS 5 1. Premium SMS based transactional payments 6 2. Direct Mobile Billing 6 3. Mobile web payments (WAP) 6 4. Contactless NFC (Near Field Communication) 7 5. M-payments vs. Current payment methods 7 FINGERPRINT 8 1. Recognition Process 8 2. Fingerprints in banks 8 2.1 Benefits 9 2.2 Problem 9 IRIS SCAN 10 1. Description 10 2. Why or why not use Iris can 10 3. Implementation for Banks 12 CONCLUSION 13 APPENDIX 14 EXECUTIVE SUMMARY Payments are transfers of wealth from
victim’s cause of death. (“The Rise of Forensics”) Sir Francis Galton, London Commissioner of Metropolitan Police, created his own system of fingerprint cataloguing. He assigned a number to each finger and based on the flow, direction, pattern, and other characteristics to narrow down candidates for a match. (“Forensic Science History”) Sir Galton fingerprint techniques have been used worldwide, however, with innovative and dramatized methods from other specialists, it made hard to prove which process
Technology has created a more advanced society and economy. We use technology in every aspect of life today. New innovations and technology helps create a safer atmosphere and reduces the rate of crime. Technology is the usage and knowledge of techniques or is systems of these things. Usage of technology in the criminal justice system is not new but more apparent today. Technology in criminal justice will continue to challenge us to think about how we turn information into knowledge. Due to new technology
algorithms that use distinct personal features, such as fingerprints or iris patterns. Lately, behavior-based authentication uses the private behavior for users, e.g., gestures and gaits. Currently, there are many different physiological biometrics for authentication, such as fingerprints and face patterns [2], and iris patterns [3]. However, physiology-based authentication requires user help in the authentication. For example, fingerprint authentication