K means algorithm

A fully Bayesian model to cluster gene-expression profiles

Bioinformatics / Algorithms / Artificial Intelligence / Gene expression / Biological Sciences / Computer Simulation / Mathematical Sciences / Markov Chain Monte Carlo / Cluster Analysis / Chip / Bayesian model / Missing Values / K Means / K means algorithm / Bayes Theorem / Speed of Convergence / Time Course / Gene expression profiling / Computer Simulation / Mathematical Sciences / Markov Chain Monte Carlo / Cluster Analysis / Chip / Bayesian model / Missing Values / K Means / K means algorithm / Bayes Theorem / Speed of Convergence / Time Course / Gene expression profiling

A fully Bayesian model to cluster gene-expression profiles

Bioinformatics / Algorithms / Artificial Intelligence / Gene expression / Biological Sciences / Computer Simulation / Mathematical Sciences / Markov Chain Monte Carlo / Cluster Analysis / Chip / Bayesian model / Missing Values / K Means / K means algorithm / Bayes Theorem / Speed of Convergence / Time Course / Gene expression profiling / Computer Simulation / Mathematical Sciences / Markov Chain Monte Carlo / Cluster Analysis / Chip / Bayesian model / Missing Values / K Means / K means algorithm / Bayes Theorem / Speed of Convergence / Time Course / Gene expression profiling

Una metodologÌa para sectorizar pacientes en el consumo de medicamentos aplicando datamart y datamining en un hospital

Decision Making / Business Intelligence / K Means / K means algorithm / Classification Algorithm

K-Means VQ Algorithm using a Low-Cost Parallel Cluster Computing

Cluster Computing / Parallel & Distributed Computing / hidden Markov model / Parallel Algorithm / K Means / Parallel Computer / K means algorithm / Parallel Computer / K means algorithm

K-Means VQ algorithm using a low-cost parallel cluster computing

Cluster Computing / Parallel & Distributed Computing / hidden Markov model / Parallel Algorithm / K Means / Parallel Computer / K means algorithm / Parallel Computer / K means algorithm

An experimental comparison of model-based clustering methods

Cognitive Science / Machine Learning / Clustering / EM algorithm / Learning Model / Expectation Maximization / Naive Bayes / Mixture Model / High Dimensionality / K means algorithm / Agglomerative Clustering / random Perturbation / Machine Learning (ML) / Expectation Maximization / Naive Bayes / Mixture Model / High Dimensionality / K means algorithm / Agglomerative Clustering / random Perturbation / Machine Learning (ML)

A fully Bayesian model to cluster gene-expression profiles

Bioinformatics / Algorithms / Artificial Intelligence / Gene expression / Biological Sciences / Computer Simulation / Mathematical Sciences / Markov Chain Monte Carlo / Cluster Analysis / Chip / Bayesian model / Missing Values / K Means / K means algorithm / Bayes Theorem / Speed of Convergence / Time Course / Gene expression profiling / Computer Simulation / Mathematical Sciences / Markov Chain Monte Carlo / Cluster Analysis / Chip / Bayesian model / Missing Values / K Means / K means algorithm / Bayes Theorem / Speed of Convergence / Time Course / Gene expression profiling

A fully Bayesian model to cluster gene-expression profiles

Bioinformatics / Algorithms / Artificial Intelligence / Gene expression / Biological Sciences / Computer Simulation / Mathematical Sciences / Markov Chain Monte Carlo / Cluster Analysis / Chip / Bayesian model / Missing Values / K Means / K means algorithm / Bayes Theorem / Speed of Convergence / Time Course / Gene expression profiling / Computer Simulation / Mathematical Sciences / Markov Chain Monte Carlo / Cluster Analysis / Chip / Bayesian model / Missing Values / K Means / K means algorithm / Bayes Theorem / Speed of Convergence / Time Course / Gene expression profiling

Una metodología para sectorizar pacientes en el consumo de medicamentos aplicando Datamart y Datamining en un hospital

Decision Making / Business Intelligence / K Means / K means algorithm / Classification Algorithm / industrial data

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