Abstract — This correspondence describes extensions to the fuzzy k-means algorithm for clustering categorical data. By using a simple matching dissimilarity measure for categorical objects and modes instead of means for clusters, a new approach is developed, which allows the use of the k-means paradigm to efficiently cluster large categorical data sets. A fuzzy k-modes algorithm is presented and the effectiveness of the algorithm is demonstrated with experimental results. Index Terms—Categorical data, clustering, data mining, fuzzy partitioning, k-means algorithm. I
<p>Clustering has been recognized as the unsupervised classification of data items into groups. Due ...
Abstract—The K-Modes algorithm is one of the most popular clustering algorithms in dealing with cate...
Two-mode clustering consists in simultaneously clustering modes (e.g., objects, variables) of an obs...
This correspondence describes extensions to the fuzzy k-means algorithm for clustering categorical d...
Now a days data mining and knowledge acquisition has emerged as an important process. The data that ...
Partitioning clustering is generally performed using K-modes cluster algorithms, which work well for...
Abstract — Step by step operations by which we make a group of objects in which attributes of all th...
Clustering is a well known data mining technique used in pattern recognition and information retriev...
K-Modes is an extension of K-Means clustering algorithm, developed to cluster the categorical data, ...
Abstract:- Clustering constitutes an important task inside the fields of Pattern Recognition and Dat...
We develop a three-step fuzzy logic-based algorithm for clustering categorical attributes, and we ap...
©1999 IEEE. Personal use of this material is permitted. However, permission to reprint/republish thi...
Recently, Chaturvedi, Green and Carroll (2001) presented a nonparametric approach to deriving cluste...
Clustering is a process of grouping a set of objects into multiple clusters, so that the collection ...
This paper proposes a Fuzzy K-modes-based Algorithm for Soft Subspace Clustering, which adopts some ...
<p>Clustering has been recognized as the unsupervised classification of data items into groups. Due ...
Abstract—The K-Modes algorithm is one of the most popular clustering algorithms in dealing with cate...
Two-mode clustering consists in simultaneously clustering modes (e.g., objects, variables) of an obs...
This correspondence describes extensions to the fuzzy k-means algorithm for clustering categorical d...
Now a days data mining and knowledge acquisition has emerged as an important process. The data that ...
Partitioning clustering is generally performed using K-modes cluster algorithms, which work well for...
Abstract — Step by step operations by which we make a group of objects in which attributes of all th...
Clustering is a well known data mining technique used in pattern recognition and information retriev...
K-Modes is an extension of K-Means clustering algorithm, developed to cluster the categorical data, ...
Abstract:- Clustering constitutes an important task inside the fields of Pattern Recognition and Dat...
We develop a three-step fuzzy logic-based algorithm for clustering categorical attributes, and we ap...
©1999 IEEE. Personal use of this material is permitted. However, permission to reprint/republish thi...
Recently, Chaturvedi, Green and Carroll (2001) presented a nonparametric approach to deriving cluste...
Clustering is a process of grouping a set of objects into multiple clusters, so that the collection ...
This paper proposes a Fuzzy K-modes-based Algorithm for Soft Subspace Clustering, which adopts some ...
<p>Clustering has been recognized as the unsupervised classification of data items into groups. Due ...
Abstract—The K-Modes algorithm is one of the most popular clustering algorithms in dealing with cate...
Two-mode clustering consists in simultaneously clustering modes (e.g., objects, variables) of an obs...