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Table 3 Optimization parameters and input features for the model

From: Integrated encoder-decoder-based wide and deep convolution neural networks strategy for electricity theft arbitration

Methods

Features

Parameters

SVM [19]

Raw(1-D)

C = 100, Degree = 10, Kernel = ‘rbf’

MLP [27]

Raw(1-D)

Neurons = 500, Hidden Layer = 5, Epochs = 200, Batch size = 5

CNN [34]

Raw(2-D)

Filters = 64, Dropout = 0.2, Hidden Layer = 7, Epochs = 180, Batch size = 10

KNN [20]

Raw (1-D)

Leaf size = 30, neighbours = 3, weight = ‘uniform’

LDA [25]

Raw(1-D)

n_components = 3, solver = 'svd'

Proposed method

Raw (1-D and 2-D)

Filters = 32 & 64, Hidden Layer = (1 for wide component and 6 for deep Component), Lag = 11 day, Epochs = 100, Batch size = 5