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Feed Forward Single/Multiple-Hidden Layer Classifier for Thyroid Dataset

Description

Python (sklearn-based) implementation that explores how different parameters impact a feed-forward neural network with single/multiple hidden layers.

A brief analysis of the results is provided in Portuguese. It was submitted as an assignment of a graduate course named Connectionist Artificial Intelligence at UFSC, Brazil.

In short, two normalization methods are evaluated (minmax and Yeo-Johnson) in a thyroid dataset from UCI ported to matlab with multiple training algorithms, hidden layers, learning rate (alpha), epochs and activation functions.

Normalization

Before normalization MinMax normalization Yeo-Johnson normalization

Results

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A sklearn-driven script to learn the best parameters for MLP to classify a thyroid dataset

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