Research Article
Diabetes Mellitus Disease Prediction Using Machine Learning Classifiers with Oversampling and Feature Augmentation
| Invalue: data (n-dimensional), X1 ϵ R1n1 with N samples and outvalue (target), | | Y1 ϵ R1 | | Outvalue: The pp, P1 ϵ [0,1] of unseen test data, x1, where | | , C1 = 2 (diabetes in (C1) or not (C2)) | (1) | Initiate the sample weight, D1(i1) = , i1 = 1, 2,...,N. | (2) | for t1 ≤ T1 (n_Classifiers) do | (3) | Weak_learner_training by using distribution . | (4) | Select a hypothesis (weak), : R1n1 ⟶ R1 with low weight error, | | _x000F_t1 = [ () 6 = Y1 ] | (5) | Choose and update where i1 = 1,...,N and z1t1 is the normalization factor. | (6) | Output pp: . |
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