Face Recognition Algorithm Based on Sparse Representation of DAE Convolution Neural Network

Title:Face Recognition Algorithm Based on Sparse Representation of DAE Convolution Neural Network

Volume: 10 Issue: 4

Author(s): Yuancheng Li and Yan Li *

Affiliation:

• School of North China Electric Power University, 2 Beinong Road, Changping District, Beijing 102206,China

Keywords: Face recognition, convolution neural network, denoising autoencoder, sparse representation, convolution kernel, recognition effect.

Abstract: Background: Face recognition has a very important application value in the field of information security as an important method of bioinformatics identification. There are recent patents that discuss a human face similarity recognition method and system. It has also faced the problem of complex feature space and the very large amount of data, which make face recognition one of the most challenging and most academic research topics.

Method: In order to solve the problem of the lack of prior knowledge in the face recognition algorithm based on the traditional convolution neural network, this paper improves the traditional convolution neural network from the two aspects of feature extraction and classification recognition, and proposes a new method-face recognition algorithm based on the sparse representation of denoising autoencoder convolution neural network, SRDAECNN.

Results: Extensive experiments are performed on LFW, ORL, YALE and other face database. The experimental results show that our proposed face recognition algorithm has high accuracy.

Conclusion: The model combines the advantages of the convolution neural network and sparse representation- based classifier, which can overcome the problem of incomplete feature extraction due to the random initialization of convolution kernel, and introduce sparse representation algorithm on classification recognition to enhance the recognition effect.

Cite this article as:

Li Yuancheng and Li Yan *, Face Recognition Algorithm Based on Sparse Representation of DAE Convolution Neural Network, Recent Patents on Computer Science 2017; 10 (4) . https://dx.doi.org/10.2174/2213275910666171117155625