Abstract—We present solutions to two problems that prevent the effective use of population-based algorithms in clustering problems. The first solution presents a new representation for arbitrary covariance matrices that allows independent updating of individual parameters while retaining the validity of the matrix. The second solution involves an optimization formulation for finding correspondences between different parameter orderings of candidate solutions. The effectiveness of the proposed solutions are demonstrated on a novel clus-tering algorithm based on particle swarm optimization for the estimation of Gaussian mixture models. I
Clustering is task of assigning the objects into different groups so that the objects are more simil...
International audienceBinning data provides a solution in deducing computation expense in cluster an...
Abstract: In this paper deals with clustering models based on the Gaussian Mixtures. Parameters are ...
We present solutions to two problems that prevent the effective use of population-based algorithms i...
Gaussian mixture models (GMM) are widely used for un-supervised classification applications in remot...
Gaussian mixture models (GMM), commonly used in pattern recognition and machine learning, provide a ...
Cataloged from PDF version of article.Gaussian mixture models (GMM), commonly used in pattern recogn...
Gaussian mixture modeling is a powerful approach for data analysis and the determination of the numb...
The use of mixture models in statistical analysis is increasing for datasets with heterogeneity and/...
The finite mixture of Gaussians is a well-known model frequently used to classify a sample of obser...
Due to the existence of a large number of sample data which obey the Gaussian distribution,GMM (Gaus...
International audienceThis paper proposes a method for estimating the cluster matrix in the Gaussian...
In these notes, we present and review dierent methods based on maximum-likelihood estimation for lea...
Print ISBN: 978-1-4577-0044-6International audienceBinning of data in cluster analysis has advantage...
Finite gaussian mixture models are widely used in statistics thanks to their great flexibility. Howe...
Clustering is task of assigning the objects into different groups so that the objects are more simil...
International audienceBinning data provides a solution in deducing computation expense in cluster an...
Abstract: In this paper deals with clustering models based on the Gaussian Mixtures. Parameters are ...
We present solutions to two problems that prevent the effective use of population-based algorithms i...
Gaussian mixture models (GMM) are widely used for un-supervised classification applications in remot...
Gaussian mixture models (GMM), commonly used in pattern recognition and machine learning, provide a ...
Cataloged from PDF version of article.Gaussian mixture models (GMM), commonly used in pattern recogn...
Gaussian mixture modeling is a powerful approach for data analysis and the determination of the numb...
The use of mixture models in statistical analysis is increasing for datasets with heterogeneity and/...
The finite mixture of Gaussians is a well-known model frequently used to classify a sample of obser...
Due to the existence of a large number of sample data which obey the Gaussian distribution,GMM (Gaus...
International audienceThis paper proposes a method for estimating the cluster matrix in the Gaussian...
In these notes, we present and review dierent methods based on maximum-likelihood estimation for lea...
Print ISBN: 978-1-4577-0044-6International audienceBinning of data in cluster analysis has advantage...
Finite gaussian mixture models are widely used in statistics thanks to their great flexibility. Howe...
Clustering is task of assigning the objects into different groups so that the objects are more simil...
International audienceBinning data provides a solution in deducing computation expense in cluster an...
Abstract: In this paper deals with clustering models based on the Gaussian Mixtures. Parameters are ...