Research Article
A New Binary Adaptive Elitist Differential Evolution Based Automatic k-Medoids Clustering for Probability Density Functions
Table 1
The comparison of the properties of the proposed method and other existing nonhierarchical algorithms for CDFs.
| Method | Define number of clusters | Solver | Address outliers/noise | Reach global solution | Computational time |
| MILXPM-CDF [13] | Given in advance | Classic GA | Not good | Medium | High | GA-CDF [14] | Given in advance | Modified GA | Not good | Medium | High | The method in [24] | Automatically defined | Based on data-driven learning mechanism | Not good if data is overlapping | Good | Low | The method in [25] | Given in advance | k-means | Not good | Medium | Low | The proposed method | Automatically defined | Binary aeDE | Good even for complex data | Good | Lower than [13, 14] |
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