Research Article
Score and Correlation Coefficient-Based Feature Selection for Predicting Heart Failure Diagnosis by Using Machine Learning Algorithms
Table 10
Results of diagnosing heart disease (Cleveland dataset) by using five machine learning algorithms.
| Classifiers | SVM | KNN | Decision Tree | Random Forest | Logistic Regression | Criteria | Training 80% | Testing 20% | Training 80% | Testing 20% | Training 80% | Testing 20% | Training 80% | Testing 20% | Training 80% | Testing 20% |
| Accuracy (%) | 92.56 | 90.16 | 87.60 | 90.16 | 100 | 81.97 | 100 | 85.25 | 87.60 | 88.52 | Precision (%) | 93.45 | 90.12 | 88.82 | 90.26 | 100 | 82.43 | 100 | 85.82 | 88.19 | 88.56 | Recall (%) | 92.52 | 90.45 | 87.63 | 90.38 | 100 | 82.39 | 100 | 85.29 | 87.44 | 89.46 | F1 score | 92.98 | 90.28 | 88.23 | 90.32 | 100 | 82.41 | 100 | 85.55 | 87.81 | 89.00 |
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