GBNN-MO

Gradient Boosted Neural Network-Multi-Output or GBNN-MO model.


Gradient Boosted Neural Network-Multi-Output or GBNN-MO model is a novel training procedure for shallow and deep neural networks. The GBNN-MO is specifically developed for single and multi-output regression problems. The GBNN-MO is developed over the GBNN model.


Authors

Saman .E Gonzalo .MM

Input space expansion

Multi-output regression by expanding the input space


The focus of this project is to reproduce the two well-known multioutput regression models. The SST and ERC are introduced by [pyromitros-Xioufis, Eleftherios, et al. 2016]. The main work is presented in Java here.


Authors

Saman .E

AdaBoost Neural Network

Building Boosted ensemble with shallow neural network


The main idea of this simple repository is to build an ensemble of the Multi-layer perceptrons (classifier and regressor) with the AdaBoost boosting approach.


Authors

Saman .E

Input space expansion Base line

This project is an analysis to determine the gold results for the "Multi-target regression via input space expansion


baseline for the "Multi-target regression via input space expansion: treating targets as inputs" (Spyromitros-Xioufis, Eleftherios, et al.) experiments. Having a baseline for the reference experiment brings more insight into the advantages of using output as an input in the model.


Authors

Saman .E

TFBoostedTree

A gradient boosting classifier based on the tensorflow.


A gradient boosting classifier based on the tensorflow. A wrapper of the tf.BoostedTree of tensorflow based on the Sklearn standard.


Authors

Saman .E

TOPSIS

Technique for Order of Preference by Similarity to Ideal Solution.


Using this TOPSIS implementation is straightforward as importing it and writing only two lines. The important thing is the decision matrix in the type of pandas data frame.


Authors

Saman .E