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Face Recognition using Symmetric Local Graph Structure


Affiliations
1 Noorul Islam University, kumaracoil, Kanyakumari - 629180, Tamil Nadu, India
 

Biometrics is the process of making use of physical, biological and behavioral traits for identification purposes. Biometrics finds applications in wide variety of fields such as security, access control, and military. Among the various kinds of biometrics, face biometrics is one among the fast growing biometrics due to its flexibility in usage and easy availability of equipments. This work is focused on the area of face biometrics, which incorporates the concept of image processing along with it. The proposed work is aimed to determine the recognition accuracy of face recognition technique and compare its accuracy with existing techniques and also addresses the problems related to facial details, illumination and facial expressions in face recognition. This work shows the higher and gradual increase in accuracy of face recognition and enables to implement wide variety of applications in computer vision using standard face databases.

Keywords

Discrete Cosine Transform, Gabor Filter, Local Binary Pattern, Symmetric Local Graph Structure
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  • Face Recognition using Symmetric Local Graph Structure

Abstract Views: 147  |  PDF Views: 0

Authors

Movina R. Ayoob
Noorul Islam University, kumaracoil, Kanyakumari - 629180, Tamil Nadu, India
R. Mathusoothana
Noorul Islam University, kumaracoil, Kanyakumari - 629180, Tamil Nadu, India
S. Kumar
Noorul Islam University, kumaracoil, Kanyakumari - 629180, Tamil Nadu, India

Abstract


Biometrics is the process of making use of physical, biological and behavioral traits for identification purposes. Biometrics finds applications in wide variety of fields such as security, access control, and military. Among the various kinds of biometrics, face biometrics is one among the fast growing biometrics due to its flexibility in usage and easy availability of equipments. This work is focused on the area of face biometrics, which incorporates the concept of image processing along with it. The proposed work is aimed to determine the recognition accuracy of face recognition technique and compare its accuracy with existing techniques and also addresses the problems related to facial details, illumination and facial expressions in face recognition. This work shows the higher and gradual increase in accuracy of face recognition and enables to implement wide variety of applications in computer vision using standard face databases.

Keywords


Discrete Cosine Transform, Gabor Filter, Local Binary Pattern, Symmetric Local Graph Structure



DOI: https://doi.org/10.17485/ijst%2F2015%2Fv8i24%2F141615