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Unsupervised learning with mixed numeric and nominal data
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DOI：10.1109/TKDE.2002.1019208.png)
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This paper presents a Similarity-Based Agglomerative Clustering (SBAC) algorithm that works well for data with mixed numeric and nominal features. Asimilarity measure, proposed by Goodall for biological taxonomy [15], that gives greater weight to uncommon feature value matches in similarity computations and makes no assumptions of the underlying distributions of the feature values, is adopted to define the similarity measure between pairs of objects. An agglomerative algorithm is employed to construct a dendrogram and a simple distinctness heuristic is used to extract a partition of the data. The performance of SBAC has been studied on real and artificially generated data sets. Results demonstrate the effectiveness of this algorithm in unsupervised discovery tasks. Comparisons with other clustering schemes illustrate the superior performance of this approach.
Keyword:
agglomerative clustering
conceptual clustering
feature weighting
interpretation
knowledge discovery
mixed numeric and nominal data
similarity measures
chi(2) aggregation
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10.4
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3.2W
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