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Multivariate statistics / Machine learning / Clustering high-dimensional data / SUBCLU / DBSCAN / Correlation clustering / Data mining / Principal component analysis / Segmentation / Statistics / Cluster analysis / Data analysis


Mining Subspace Clusters: Enhanced Models, Efficient Algorithms and an Objective Evaluation Study Emmanuel Muller ¨ supervised by Prof. Thomas Seidl Data Management and Data Exploration Group
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Document Date: 2015-02-08 05:37:02


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File Size: 662,18 KB

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City

Springer / London / /

Company

DBSCAN / /

Country

United States / Singapore / /

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Facility

Data Exploration Group RWTH Aachen University / /

IndustryTerm

subspace/projected clustering algorithms / data mining applications / depth-first processing / jump processing / subspace clustering exploration tools / exponential search space / breadth-first processing / projected clustering algorithms / depth-first processing methods / greedy processing showing / data mining / approximative solutions / basic solution / recent applications / approximative efficient algorithms / algorithmic solutions / projected clustering algorithm / subspace mining / subspace clustering algorithms / monte carlo algorithm / /

Organization

Seidl Data Management and Data Exploration Group RWTH Aachen University / German Research Foundation / /

Person

Thomas Seidl / Morgan Kaufmann / Emmanuel Muller / /

Position

author / General research questions / researcher / judge / /

Product

OpenSubspace / OpenSubspace tool / /

ProvinceOrState

New York / /

Technology

projected clustering algorithm / subspace clustering algorithms / subspace/projected clustering algorithms / density-based algorithm / monte carlo algorithm / data mining / Machine Learning / projected clustering algorithms / /

URL

http /

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