While sparse representation is heavily emphasized in many recent literatures, the importance of collaborative representation is usually ignored. In this paper, we exploit the advantage of collaborative representation and propose a maximum entropy regularized group collaborative representation (MECR) algorithm for face recognition. MECR takes the group structure of the face data into consideration under the framework of collaborative representation, and uses maximum entropy principle to obtain discriminative coding for classification. Experiments show that MECR outperforms several state-of-the-art coding methods and dictionary learning methods on some benchmark face databases
Abstract—A method, named competitive sparse representation classification (CSRC), is proposed for fa...
Recently a collaborative representation (CR) based classification with regularized least squares (CR...
Abstract Although Sparse Representation based Classifier (SRC), a non‐parametric model, can obtain a...
In recent years, a series of subspace methods, named the collaborative representation based methods,...
To solve the problem of high computational time complexity of collaborative representation based cla...
As a recently proposed technique, sparse representation based classification (SRC) has been widely u...
Abstract. The recently proposed l2-norm based collaborative representation for classification (CRC) ...
We propose a new collaborative neighbor representation algorithm for face recognition based on a rev...
The collaborative representation-based classifier (CRC) is proposed as an alternative to the sparse ...
In recent years, sparse representation based classification (SRC) has emerged as a popular technique...
Collaborative representation based techniques have shown promising results for face recognition; how...
Recently, Zhang et al. (2011) proposed a classifier based on Collaborative Representations (CR) with...
Recent research has shown that collaborative representation-based classifier (CRC) can lead to promi...
Traditional collaborative representation based classification (CRC) method usually faces the challen...
Abstract—In this paper, we propose a new framework for tackling face recognition problem. The face r...
Abstract—A method, named competitive sparse representation classification (CSRC), is proposed for fa...
Recently a collaborative representation (CR) based classification with regularized least squares (CR...
Abstract Although Sparse Representation based Classifier (SRC), a non‐parametric model, can obtain a...
In recent years, a series of subspace methods, named the collaborative representation based methods,...
To solve the problem of high computational time complexity of collaborative representation based cla...
As a recently proposed technique, sparse representation based classification (SRC) has been widely u...
Abstract. The recently proposed l2-norm based collaborative representation for classification (CRC) ...
We propose a new collaborative neighbor representation algorithm for face recognition based on a rev...
The collaborative representation-based classifier (CRC) is proposed as an alternative to the sparse ...
In recent years, sparse representation based classification (SRC) has emerged as a popular technique...
Collaborative representation based techniques have shown promising results for face recognition; how...
Recently, Zhang et al. (2011) proposed a classifier based on Collaborative Representations (CR) with...
Recent research has shown that collaborative representation-based classifier (CRC) can lead to promi...
Traditional collaborative representation based classification (CRC) method usually faces the challen...
Abstract—In this paper, we propose a new framework for tackling face recognition problem. The face r...
Abstract—A method, named competitive sparse representation classification (CSRC), is proposed for fa...
Recently a collaborative representation (CR) based classification with regularized least squares (CR...
Abstract Although Sparse Representation based Classifier (SRC), a non‐parametric model, can obtain a...