Tensor Sparse PCA and Face Recognition: A Novel Approach
This is an incremental improvement for face recognition applications in fields like security and finance.
The paper tackles face recognition by combining tensor sparse PCA with classification systems, finding that while it doesn't always yield the best accuracy, it consistently outperforms PCA-based methods and the classification systems alone.
Face recognition is the important field in machine learning and pattern recognition research area. It has a lot of applications in military, finance, public security, to name a few. In this paper, the combination of the tensor sparse PCA with the nearest-neighbor method (and with the kernel ridge regression method) will be proposed and applied to the face dataset. Experimental results show that the combination of the tensor sparse PCA with any classification system does not always reach the best accuracy performance measures. However, the accuracy of the combination of the sparse PCA method and one specific classification system is always better than the accuracy of the combination of the PCA method and one specific classification system and is always better than the accuracy of the classification system itself.