2004•IEEE Annual Meeting of the Fuzzy Information, 2004. Processing NAFIPS '04.Requires access

Knowledge-based clustering: a semi-autonomous algorithm using local and global data properties

C.L. Bean, C. Kambhampati

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Abstract

Cluster analysis is a heuristic technique used to reveal inherent groupings in data, but most modern clustering algorithms are highly data and person dependent. This paper presents a clustering technique that minimises the need for user-defined parameters and handles both single and mixed attribute type data sets. The algorithm is based on elements of rough set theory and uses a combination of local and global data properties to obtain meaningful clustering solutions. It is self-consistent in its approach to clustering; thus ensuring the same clustering solution when applied to the same data by different users. The results from a range of real-world and synthetic data sets are used to establish its performance.

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What this paper is about

Cluster analysis is a heuristic technique used to reveal inherent groupings in data, but most modern clustering algorithms are highly data and person dependent. This paper presents a clustering technique that minimises the need for user-defined parameters and handles both single and mixed attribute type data sets. The algorithm is based on elements of rough set theory and uses a combination of local and global data properties to obtain meaningful clustering solutions. It is self-consistent in its approach to clustering; thus ensuring the same clustering solution when applied to the same data by different users. The results from a range of real-world and synthetic data sets are used to establish its performance.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Cluster analysis is a heuristic technique used to reveal inherent groupings in data, but most modern clustering algorithms are highly data and person dependent. This paper presents a clustering technique that minimises the need for user-defined parameters and handles both single and mixed attribute type data sets. The algorithm is based on elements of rough set theory and uses a combination of local and global data properties to obtain meaningful clustering solutions. It is self-consistent in its approach to clustering; thus ensuring the same clustering solution when applied to the same data by different users. The results from a range of real-world and synthetic data sets are used to establish its performance.

Key concepts: Cluster analysis, Computer science, CURE data clustering algorithm, Data mining, Correlation clustering, Data stream clustering, Canopy clustering algorithm, Heuristic

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