A facial recognition technique employing Frequency Domain Thresholding and Quantization (FD-TQ) is presented in this paper. The algorithm has attractive properties with respect to storage requirements and computational complexity in both the training and testing modes, which make the technique particularly suitable for large data bases. The new algorithm is applied to ORL, Yale and FERET data bases. The experimental results confirm the significant reduction in the storage and computational requirements compared with recently reported techniques, without sacrificing the recognition accuracy. © 2012 IEEE
A facial recognition system uses a number of algorithms to recognize faces in digital photographs, i...
Identification of individuals on the basis of facial features is the most natural method of distingu...
In this paper, we propose a new face recognition system based on the ordinal correlation principle. ...
A Quantized/truncated Transform Domain technique (QTD) is presented in this paper for facial recogni...
A facial recognition technique employing Subimages Normalized Histogram Intensity (NHI) is presented...
In recent years, there has been an increasing interest in face recognition. As a result, many new fa...
AbstractIn the area of Face Recognition (FR), the frequency domain approach is a widely used techniq...
Facial Parts Detection (FPD) approach in conjunction with Vector Quantization (VQ) algorithm are pro...
A Vector Quantization (VQ) algorithm in the Discrete Cosine Transform (DCT) domain is proposed for f...
A transform domain face recognition approach is presented. The DCT is coupled with the HMM to achiev...
Pose variations are known to give real challenges in face recognition system. In this paper we propo...
In this contribution, a Transform Domain Two-Dimensional Principal Component Analysis algorithm empl...
In this paper, we propose an improved face recognition algorithm using histogram-based features in s...
To identify a person through visual processing, an image capturing device is used to capture a stati...
A new approach is presented to improve the face recognition accuracy. This approach is based on the ...
A facial recognition system uses a number of algorithms to recognize faces in digital photographs, i...
Identification of individuals on the basis of facial features is the most natural method of distingu...
In this paper, we propose a new face recognition system based on the ordinal correlation principle. ...
A Quantized/truncated Transform Domain technique (QTD) is presented in this paper for facial recogni...
A facial recognition technique employing Subimages Normalized Histogram Intensity (NHI) is presented...
In recent years, there has been an increasing interest in face recognition. As a result, many new fa...
AbstractIn the area of Face Recognition (FR), the frequency domain approach is a widely used techniq...
Facial Parts Detection (FPD) approach in conjunction with Vector Quantization (VQ) algorithm are pro...
A Vector Quantization (VQ) algorithm in the Discrete Cosine Transform (DCT) domain is proposed for f...
A transform domain face recognition approach is presented. The DCT is coupled with the HMM to achiev...
Pose variations are known to give real challenges in face recognition system. In this paper we propo...
In this contribution, a Transform Domain Two-Dimensional Principal Component Analysis algorithm empl...
In this paper, we propose an improved face recognition algorithm using histogram-based features in s...
To identify a person through visual processing, an image capturing device is used to capture a stati...
A new approach is presented to improve the face recognition accuracy. This approach is based on the ...
A facial recognition system uses a number of algorithms to recognize faces in digital photographs, i...
Identification of individuals on the basis of facial features is the most natural method of distingu...
In this paper, we propose a new face recognition system based on the ordinal correlation principle. ...