Face Recognition and Identification using Deep Learning Approach

Author:

Teoh KH,Ismail RC,Naziri SZM,Hussin R,Isa MNM,Basir MSSM

Abstract

Abstract Human face is the significant characteristic to identify a person. Everyone has their own unique face even for twins. Thus, a face recognition and identification are required to distinguish each other. A face recognition system is the verification system to find a person’s identity through biometric method. Face recognition has become a popular method nowadays in many applications such as phone unlock system, criminal identification and even home security system. This system is more secure as it does not need any dependencies such as key and card but only facial image is needed. Generally, human recognition system involves 2 phases which are face detection and face identification. This paper describes the concept on how to design and develop a face recognition system through deep learning using OpenCV in python. Deep learning is an approach to perform the face recognition and seems to be an adequate method to carry out face recognition due to its high accuracy. Experimental results are provided to demonstrate the accuracy of the proposed face recognition system.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference16 articles.

1. Facial Recognition;Thomson,2005

2. Reference face graph for face recognition;Kafai;IEEE Trans. Inf. Forensics Secur.,2014

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