Computational Intelligence and Neuroscience / 2022 / Article / Tab 11 / Research Article
[Retracted] Improving Recognition of Overlapping Activities with Less Interclass Variations in Smart Homes through Clustering-Based Classification Table 11 Performance evaluation metrics on the Milan dataset with activities balancing using threefold cross-validation.
Dataset Cross-validation Clustering method Classification method Precision (%) Recall (%) F score [0, 1]Accuracy (%) Milan Threefolds Fuzzy C-means [35 ] ANN [45 ] 92.20 92.50 0.92 92.20 ET-KNN [47 ] 86.20 86.50 0.86 86.70 KNN [48 ] 84.30 85.40 0.85 85.10 SMO [46 ] 80.50 80.30 0.80 80.30 Hierarchical [42 ] ANN 89.30 89.40 0.89 89.40 ET-KNN 85.20 85.30 0.85 85.30 KNN 83.30 83.80 0.83 83.80 SMO 79.40 79.10 0.79 79.50 K -mean [36 ]ANN 85.50 85.10 0.85 85.10 ET-KNN 83.20 82.80 0.83 83.50 KNN 79.70 80.30 0.80 80.50 SMO 77.30 76.02 0.75 76.02 DBSCAN [37 ] ANN 83.30 83.80 0.83 83.80 ET-KNN 80.20 80.40 0.80 80.20 KNN 79.50 79.20 0.79 79.20 SMO 78.02 78.20 0.78 78.30
The precision, recall, and accuracy are in percentages (%), while the range of F score is between [0-1] with 1 being the highest. The highest values are in bold.