Research Article
[Retracted] Classification and Prediction of Software Incidents Using Machine Learning Techniques
Table 5
Summary of K-mean clustering.
| k-Means | ====== | Number of iterations: 4 | Within cluster sum of squared errors: 186.97500542403395 | Initial starting points (random): | Cluster 0: “7/20/2017 23:10” | “App-configuration failed” | 7009 | None | | Cluster 1: “7/18/2017 23:09” | “Need updation” | 6008 | None | | Cluster 2: “7/20/2017 23:34” | “Ending window installer transaction” | 37 | −7 | | Missing values globally replaced with mean/mode | Final cluster centroids: | Clusters # | Attribute | Full data | Cluster 0 | Cluster 1 | Cluster 2 | | (100) | (21.0) | (41.0) | (38.0) | Date and time | 7/17/2017 12:07 | 7/21/2017 11:15 | 7/17/2017 12:07 | 7/20/2017 23:34 | Source | Software protection service failed | App configuration failed | Software protection service failed | Rtop service failed | Event ID | 2204.01 | 6617.4286 | 1477.0244 | 549.3947 | Task category | None | None | None | −212 | Time taken to build the model (full training data): 0.02 seconds |
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