Research Article
Diabetes Mellitus Disease Prediction Using Machine Learning Classifiers with Oversampling and Feature Augmentation
| Input: data (n-dimensional), X1 ϵ R1n1 and outvalue (target), Y1 ϵ R1 | | Output: The pp, P1 ϵ [0, 1] of test data (unseen), x, | | , C1 = 2. (diabetes in (C11) or not (C12)) | (1) | Divide θ = (j1, tm1) into (θ) and (θ) subsets; θ contains feature, j1, threshold, tm1 | (2) | Calculate the kth node using an impurity(i) function (H1), | | | | (OR) | | AND | | | (3) | Reduce the impurity(i) by selecting the right parameters, θ = argmin θ G1(Q′1, θ) | (4) | Repeat the processes for subsets | | (θ) and (θ) until depth reaches < min samples or = 1. |
|