Abstract. Many clustering algorithms are not applicable to high-dimensional feature spaces, because the clusters often exist only in specific subspaces of the original feature space. Those clusters are also called subspace clusters. In this paper, we propose the algorithm HiSC (Hierarchical Subspace Clustering) that can detect hierarchies of nested subspace clusters, i.e. the relationships of lower-dimensional subspace clusters that are embedded within higher-dimensional sub-space clusters. Several comparative experiments using synthetic and real data sets show the performance and the effectivity of HiSC.
Subspace clustering on high-dimensional datasets may often result in an undesirably large set of clu...
Clusters may exist in different subspaces of a multidimensional dataset. Traditional full-space clus...
Clusters may exist in different subspaces of a multidimensional dataset. Traditional full-space clus...
Many clustering algorithms are not applicable to high-dimensional feature spaces, because the cluste...
Abstract. Subspace clustering (also called projected clustering) addresses the problem that differen...
It is well-known that traditional clustering methods considering all dimensions of the feature space...
The detection of correlations between different fea-tures in high dimensional data sets is a very im...
The detection of correlations between different fea-tures in high dimensional data sets is a very im...
Many real-world data sets consist of a very high dimensional feature space. Most clustering techniqu...
Abstract: When clustering high dimensional data, traditional clustering methods are found to be lack...
Clustering techniques often define the similarity between instances using distance measures over the...
As a prolific research area in data mining, subspace clus-tering and related problems induced a vast...
Clustering is an important data mining task for groupingsimilar objects. In high dimensional data, h...
Several application domains such as molecular biology and geography produce a tremendous amount of d...
Abstract—The problem of detecting clusters in high-dimensional data is increasingly common in machin...
Subspace clustering on high-dimensional datasets may often result in an undesirably large set of clu...
Clusters may exist in different subspaces of a multidimensional dataset. Traditional full-space clus...
Clusters may exist in different subspaces of a multidimensional dataset. Traditional full-space clus...
Many clustering algorithms are not applicable to high-dimensional feature spaces, because the cluste...
Abstract. Subspace clustering (also called projected clustering) addresses the problem that differen...
It is well-known that traditional clustering methods considering all dimensions of the feature space...
The detection of correlations between different fea-tures in high dimensional data sets is a very im...
The detection of correlations between different fea-tures in high dimensional data sets is a very im...
Many real-world data sets consist of a very high dimensional feature space. Most clustering techniqu...
Abstract: When clustering high dimensional data, traditional clustering methods are found to be lack...
Clustering techniques often define the similarity between instances using distance measures over the...
As a prolific research area in data mining, subspace clus-tering and related problems induced a vast...
Clustering is an important data mining task for groupingsimilar objects. In high dimensional data, h...
Several application domains such as molecular biology and geography produce a tremendous amount of d...
Abstract—The problem of detecting clusters in high-dimensional data is increasingly common in machin...
Subspace clustering on high-dimensional datasets may often result in an undesirably large set of clu...
Clusters may exist in different subspaces of a multidimensional dataset. Traditional full-space clus...
Clusters may exist in different subspaces of a multidimensional dataset. Traditional full-space clus...