Research Article
Predicting Chronic Kidney Disease Using Hybrid Machine Learning Based on Apache Spark
Table 1
Related works for prediction of CKD.
| REF | Year | Models | Feature selection methods | Dataset |
| [22] | 2021 | SVM, KNN, DT, and RF | Recursive feature elimination (RFE) | CKD dataset | [20] | 2020 | ANN, C5.0, and LR | CFS, Lasso, and | CKD dataset | LSVM, KNN, and RF | Wrapper method | [23] | 2020 | RF, SVM, NB, and LR | RF-FS, FS, FES, BS, and BES | CKD dataset | [24] | 2020 | An ensemble of decision tree models | Cost-sensitive ensemble | CKD dataset | Feature ranking | [25] | 2020 | Bagging and random subspace | No | CKD dataset | Methods based on KNN | NB and DT | [26] | 2020 | Decision Table, J48 | Genetic search algorithm | CKD dataset | MLP and NB | [27] | 2019 | LR, RF, SVM, KNN | No | CKD dataset | NB and FNN | A hybrid model LR and RF | [28] | 2019 | Artificial neural network (ANN) and SVM | Correlation coefficients | CKD dataset | [29] | 2018 | NB and K-Star | No | CKD dataset | SVM | J48 | [30] | 2018 | AdaBoost and KNN | CFS | CKD dataset | NB and SVM |
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