tailieunhanh - Multimodal biometric personal identification system based on iris & fingerprint

Algorithm based on facts and existing data show that the recognition of an identification or verification system performance can be improved by using more than one biometric "Multimodal Biometric". | ISSN:2249-5789 Ahmed Omar Elkhateeb et al , International Journal of Computer Science & Communication Networks,Vol 3(4),226-230 Multimodal Biometric Personal Identification System Based On IRIS & Fingerprint Prof:Ahmed M. Hamad, Information System Dept. FCIS's Dean British University, Salah Elhadary, Information System Dept. FCIS MansouraUniversity Ahmed Omar Elkhateeb, Information System Dept. FCIS MansouraUniversity Abstract Biometric systems can recognize individuals according to their physiological or behavioral characteristics. Many times due to some problems like noisy data, non-university, spoof attacks, and unacceptable error rates, a single biometric system can not meet the desired requirements for many user applications. Algorithm based on facts and existing data show that the recognition of an identification or verification system performance can be improved by using more than one biometric "Multimodal Biometric". The proposed system introduced in this paper is based on two biometrics (IRIS and Fingerprint). Fingerprint, Hand Geometry, Iris Recognition, Retinal Scanning, and Facial Recognition. Fingerprint Recognition Fingerprint is a unique feature to an individual. The lines that create fingerprint pattern are called ridges and the spaces between the ridges are called valleys or furrows. It is through the pattern of these ridges and valleys that the unique fingerprint is matched for authentication and authorization [4]. Iris Recognition Keywords: Biometrics, Fingerprint, iris, ridges, valleys. 1. Introduction Biometric refers to the process of recognition of individuals according to their physiological and/or behavioural characteristics. This technology acts as a front end to a system that requires precise identification before it can be accessed or used ([1] and [3]). Biometric systems recognize users based on their physiological and behavioral characteristics [2]. A unimodal biometric system uses a single biometric trait .