We present a novel method to enhance training set for face detection with nonlinearly generated examples from the original data. The motivation is from Support Vector Machines (SVM) that, for classification problems, examples lying close to class boundary usually have more influence and thus are more informative than those far from the boundary. We utilize a nonlinear technique — reduced set (RS) method and a new image distance metric to generate new examples, and then add them to the original collected database to enhance it. Extensive experiments show that the proposed approach has an encouraging performance. 1
Face detection is a crucial prestage for face recognition and is often treated as a binary (face and...
This paper presents a novel approach to face detection. A potential face pattern is first filtered b...
This paper presents a new face detection method. We train a model that predicts the Jaccard distance...
We present a novel method to enhance training set for face detection with nonlinearly generated exam...
Abstract: According to support vector machines (SVMs), for those geometric approach based classific...
As a large-scale database of hundreds of thousands of face images collected from the Internet and di...
We investigate the application of Support Vector Machines (SVMs) in computer vision. SVM is a learni...
We present a subspace approach to face detection with Support Vector Machine (SVMs). A linear SVM cl...
The computer vision problem of face detection has over the years become a common high-requirements b...
We describe a fast system for the detection and localization of human faces in images using a nonlin...
In this paper, we present a novel maximum correlation sample subspace method and apply it to human f...
In face detection, support vector machines (SVM) and neural networks (NN) have been shown to outperf...
In face detection, support vector machines (SVM) and neural networks (NN) have been shown to outperf...
Detection of patterns in images using classifiers is one of the most promising topics of research in...
We describe a face detection algorithm based on support vector machine (SVM). The algorithm consists...
Face detection is a crucial prestage for face recognition and is often treated as a binary (face and...
This paper presents a novel approach to face detection. A potential face pattern is first filtered b...
This paper presents a new face detection method. We train a model that predicts the Jaccard distance...
We present a novel method to enhance training set for face detection with nonlinearly generated exam...
Abstract: According to support vector machines (SVMs), for those geometric approach based classific...
As a large-scale database of hundreds of thousands of face images collected from the Internet and di...
We investigate the application of Support Vector Machines (SVMs) in computer vision. SVM is a learni...
We present a subspace approach to face detection with Support Vector Machine (SVMs). A linear SVM cl...
The computer vision problem of face detection has over the years become a common high-requirements b...
We describe a fast system for the detection and localization of human faces in images using a nonlin...
In this paper, we present a novel maximum correlation sample subspace method and apply it to human f...
In face detection, support vector machines (SVM) and neural networks (NN) have been shown to outperf...
In face detection, support vector machines (SVM) and neural networks (NN) have been shown to outperf...
Detection of patterns in images using classifiers is one of the most promising topics of research in...
We describe a face detection algorithm based on support vector machine (SVM). The algorithm consists...
Face detection is a crucial prestage for face recognition and is often treated as a binary (face and...
This paper presents a novel approach to face detection. A potential face pattern is first filtered b...
This paper presents a new face detection method. We train a model that predicts the Jaccard distance...