2007 · 10 citations · 0 references
ComputingData ScienceBig Data AnalyticsComputational BiologyData MiningCluster DetectionCluster EfficiencyClustered Data AnalysisDocument ClusteringNearest Neighbor SearchCluster AnalysisClusteringClustering AlgorithmsClustering AnalysisEfficiencyGreedy ApproximationK-means ClusteringProximity
The relationship among the large amount of biological data has become a hot research topic. It is desirable to have clustering methods to group similar data together so that, when a lot of data is needed, all data are easily found in close proximity to some search result. Here we study a popular method, k-means clustering, for data clustering. We implement two different k-means clustering algorithms and compare the results. The two algorithms are Lloyd's k-means clustering and the progressive greedy k-means clustering. Our experimentation compares the running times and distance efficiency.