RESEARCH ON ATTENDANCE SYSTEM OF FACE RECOGNITION
Keywords:
Face recognition, Deep learning, Face model, Attendance system, Tensorflow.Abstract
With the continuous development of computer vision technology, face recognition technology is widely used in identity authentication system. The main research content of this paper is the application of face recognition technology in the swipe card attendance system. We all know that most of the traditional swipe card attendance system is to swipe the electromagnetic card to sign in, which inevitably leads to the phenomenon of signing on behalf of others and forgetting to bring the magnetic card. In order to solve the inconvenience of traditional attendance system, in this paper, we focus on the research of a face recognition system of swiping card attendance. We only need to brush the face to punch in. Considering the disadvantages and low accuracy of traditional pattern recognition methods, this paper adopts deep learning face recognition technology. Firstly, through tensorflow deep learning framework, a separable convolutional neural network is built; secondly, face data sets are trained and classified, and relevant parameters are set to train a more suitable face model; finally, MFC visual programming integration process is used in order to realize the computer-side face recognition attendance system. The accuracy of face recognition technology in this paper can reach 98% in 1-to-1 recognition, which can basically meet the needs of attendance system.References
[1] Xing Jin , Wenyun Sun , Zhong Jin. A discriminative deep association learning for facial expression recognition. International Journal of Machine Learning and Cybernetics , 2020 , Vol.11 ( 3 ), pp.779-793.
[2] Image conditions for machine-based face recognition of juvenile faces[J]. Ching Yiu Jessica Liu,Caroline Wilkinson. Science & Justice. 2020.
[3] Fahima Tabassum,Md. Imdadul Islam,Risala Tasin Khan,M.R. Amin. Human face recognition with combination of DWT and machine learning[J]. Journal of King Saud University - Computer and Information Sciences,2020.
[4] Atoum Y , Liu Y , Jourabloo A , et al. Face anti-spoofing using patch and depth-based cnns[C]//2017 IEEE International Joint Conference on Biometrics ( IJCB ) . IEEE , 2017: 319-328.
[5] Xin Liu , Meina Kan , Wanglong Wu , Shiguang Shan , Xilin Chen , "VIPLFaceNet:An Open Source Deep Face Recognition SDK," Frontier of Computer Science , vol. 11 , no. 2 , pp. 208–218 , 2017.
[6] Long Haiqiang , Tan taizhe. Research on face recognition method based on deep convolution network algorithm [J]. Computer simulation , 2017,34 ( 1 ) : 322-325.
[7] Chen Lichao , Zhang Xiuqin , pan Lihu , et al. Research on face recognition algorithm in coal mine attendance system [J]. Industrial and mining automation , 2015,41 ( 4 ) : 69-73.