Competitive learning approaches with penalization or cooperation mechanism have been applied to unsupervised data clustering due to their attractive ability of automatic cluster number selection. In this paper, we further inves-tigate the properties of different competitive strategies and propose a novel learning algorithm called Cooperative and Penalized Competitive Learning (CPCL), which implements the cooperation and penalization mechanisms simultane-ously in a single competitive learning process. The integra-tion of these two different kinds of competition mechanisms enables the CPCL to have good convergence speed, preci-sion and robustness. Experiments on synthetic and real data sets are performed to investigate the proposed algorithm....
Abstract—Time series clustering provides underpinning tech-niques for discovering the intrinsic stru...
Abstract—Clustering in the neural-network literature is gener-ally based on the competitive learning...
Unsupervised learning/clustering is one of the most common, yet computationally intense, data analys...
Abstract This paper presents a new competitive learning algorithm for data clustering, named the dyn...
The rival penalized competitive learning (RPCL) algorithm has been developed to make the clustering ...
Temporal data clustering provides useful techniques for condensing and summarizing information conve...
Rival penalized competitive learning (RPCL) has been shown to be a useful tool for clustering on a s...
This paper presents an alternative for center-based clustering algorithms, in particular the k-means...
A general technique is proposed for embedding on-line clustering algorithms based on competitive lea...
Competitive Repetition-suppression (CoRe) clustering is a bio-inspired learning algorithm that is ca...
In this paper, we approach the classical problem of clustering using solution concepts from cooperat...
Abstract—Determining a compact neural coding for a set of input stimuli is an issue that encompasses...
A general technique is proposed for embedding online clustering algo-rithms based on competitive lea...
Kernel-based clustering generally maps the observed data to a high dimensional feature space and can...
Abstract—An unsupervised competitive learning algorithm based on the classical-means clustering algo...
Abstract—Time series clustering provides underpinning tech-niques for discovering the intrinsic stru...
Abstract—Clustering in the neural-network literature is gener-ally based on the competitive learning...
Unsupervised learning/clustering is one of the most common, yet computationally intense, data analys...
Abstract This paper presents a new competitive learning algorithm for data clustering, named the dyn...
The rival penalized competitive learning (RPCL) algorithm has been developed to make the clustering ...
Temporal data clustering provides useful techniques for condensing and summarizing information conve...
Rival penalized competitive learning (RPCL) has been shown to be a useful tool for clustering on a s...
This paper presents an alternative for center-based clustering algorithms, in particular the k-means...
A general technique is proposed for embedding on-line clustering algorithms based on competitive lea...
Competitive Repetition-suppression (CoRe) clustering is a bio-inspired learning algorithm that is ca...
In this paper, we approach the classical problem of clustering using solution concepts from cooperat...
Abstract—Determining a compact neural coding for a set of input stimuli is an issue that encompasses...
A general technique is proposed for embedding online clustering algo-rithms based on competitive lea...
Kernel-based clustering generally maps the observed data to a high dimensional feature space and can...
Abstract—An unsupervised competitive learning algorithm based on the classical-means clustering algo...
Abstract—Time series clustering provides underpinning tech-niques for discovering the intrinsic stru...
Abstract—Clustering in the neural-network literature is gener-ally based on the competitive learning...
Unsupervised learning/clustering is one of the most common, yet computationally intense, data analys...