Abstract:Face detection is a very hot research topic in the fields of pattern recognition and computer vision. Its applications are widely used in artificial intelligence, surveillance video, identity authentication and human machine interaction. Face detection is based on identifying and locating a human face in the image, regardless of position, size, and condition. Various algorithms are proposed to detect faces in an image. This implementation is based on adaptive boosting algorithm and uses haar features which is … Show more
“…The integrated learning algorithm has been attracting more attention recently because it can create a highly accurate hypothesis by combining hypotheses created by a weak learning algorithm, AdaBoost [27][28][29][30][31][32] is one of the most promising boosting algorithms. This section describes the proposed algorithm to generate the integrated model based on the AdaBoost algorithm.…”
Section: Generation Of the Generic Modelmentioning
“…The integrated learning algorithm has been attracting more attention recently because it can create a highly accurate hypothesis by combining hypotheses created by a weak learning algorithm, AdaBoost [27][28][29][30][31][32] is one of the most promising boosting algorithms. This section describes the proposed algorithm to generate the integrated model based on the AdaBoost algorithm.…”
Section: Generation Of the Generic Modelmentioning
“…The Ada Boost algorithm [15] is used to extract the best features to detect the faces. The best features are chosen as weak classifiers and then concatenated to-gether as a weighted combination of these features to construct a strong classifier, which is shown in the following equation:…”
This paper provides efficient and robust algorithms for real-time face detection and recognition in complex backgrounds. The algorithms are implemented using a series of signal processing methods including Ada Boost, cascade classifier, Local Binary Pattern (LBP), Haar-like feature, facial image pre-processing and Principal Component Analysis (PCA). The Ada Boost algorithm is implemented in a cascade classifier to train the face and eye detectors with robust detection accuracy. The LBP descriptor is utilized to extract facial features for fast face detection. The eye detection algorithm reduces the false face detection rate. The detected facial image is then processed to correct the orientation and increase the contrast, therefore, maintains high facial recognition accuracy. Finally, the PCA algorithm is used to recognize faces efficiently. Large databases with faces and non-faces images are used to train and validate face detection and facial recognition algorithms. The algorithms achieve an overall true-positive rate of 98.8% for face detection and 99.2% for correct facial recognition.
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