High Impact Factor : 4.396 icon | Submit Manuscript Online icon |

False Biometric Discovery by Means of The Features of Image Excellence

Author(s):

N. Umamaheswari , FRANCIS XAVIER ENGINEERING COLLEGE; S. Jacinth Beulah, FRANCIS XAVIER ENGINEERING COLLEGE; P.Jenifer, FRANCIS XAVIER ENGINEERING COLLEGE; M. Jeniga Gemsy Thepora, FRANCIS XAVIER ENGINEERING COLLEGE

Keywords:

Image Quality Assessment, Biometrics, Security Attacks, Countermeasures

Abstract

A biometric structure is a computer system, which is used to spot the self on their behavioural and physiological quality. A typical biometric system consists of sensing, feature removal, and matching modules. But currently a day’s biometric systems are attacked by using fake biometric classification. The biometric technique which used are face recognition, fingerprint recognition, and iris appreciation and also commence the attack on that structure and by using Image superiority estimation. In biometric detection, forged fraudulent actions in modalities such as face, fingerprint, and iris are detected. A biometric authentication is used to ensure the actual presence of real image in contrast to the fake self-manufactured synthetic samples. The threads include both direct and spoofing attacks. The biometric detection is used to detect the fake image in faster, user friendly and non-intrusive manner. In this project, 25 image quality features are extracted from one image and this information is used to discriminate the fake traits. This approach represents the very low degree of complexity and hence it is used in real time applications. Harris corner detector is used to identify the corners in the given image so that the quality assessment has been detected. With the help of these quality features, the image is classified as real or fake image. The classifier used here is SVM classifier and Back propagation classifier.

Other Details

Paper ID: IJSRDV3I1640
Published in: Volume : 3, Issue : 1
Publication Date: 01/04/2015
Page(s): 1311-1313

Article Preview

Download Article