Research Article
Computer-Aided Diagnostics of Heart Disease Risk Prediction Using Boosting Support Vector Machine
Table 4
Performances of different methods on Cleveland datasets.
| | Author | Method | Accuracy (%) |
| | Mirza et al. [31] | RBFSVM | 87.114 | | Amen et al. [32] | Logistics regression | 82 | | Sajja et al. [33] | SVM | 92–94 | | Waris & Koteeswaran [34] | Novel KNN | 93 | | Gupta et al. [35] | Naive Bayes | 88.16 | | Saini et al. [36] | Hybrid classifier with weighted voting (HCWV) | 82.54 | | Abdeldjouad et al. [37] | GFS-logicboost-C | 94.17 | | Motarwar et al. [38] | AdaBoost | 80.32 | | Alotaibi [39] | Decision tree | 93.19 | | Gupta et al. [40] | Ensemble of Naïve Bayes, AdaBoost, and boosted tree | 87.97 | | Proposed method | Boosting SVM | 99.92 |
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