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We can find here a school project. In this project, we had to develop few deep learning algorithms. At the end, we had to conceptualize and code a smart system that classify song by gender. It has 11% classification rate

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ÉTS Systèmes intelligents et apprentissage machine Student Code Repository

Introduction

This is the Git repository for the source code of the framework used for realizing GTI770-Systèmes intelligents et apprentissage machine course's labs.

This code is only the framework and is incomplete to let the student explore several machine learning algorithms. It is used jointly with multiple datasets, such as GalaxyZoo, Million Song Dataset and Spambase Data Set.

Students need to complete with their own code to solve classification problems automatically using different machine learning algorithms such as KNN, Naive Bayes, SVM, Neural Networks and Decision tree/Random Forests.

This framework has many dependencies, such as OpenCV 3.x.x, scikit-learn and TensorFlow. A best practice consists of running the code using a Docker environment built with all dependencies : Machine Learning Docker Environment. This framework has some code that can be GPU-accelerated using an NVIDIA GPU.

Quick references

Minimum requirements

  • 1.5 GB free hard disk space
  • A minimum of a 4-core, 4-thread x86 CPU.
  • A minimum of 8 GB of RAM, 16 GB or more is highly recommended.
  • PyCharm Professional IDE (optional).

Notes

OpenCV and TensorFlow, can be GPU-accelerated using NVIDIA GPU.

The OpenCV version required to run this code is OpenCV 3.3.x+. OpenCV must be compiled for Python3.

Usage

Getting started

Create an Anaconda virtual environment with Python minimum version 3.5 :

conda create --name gti770_env python=3.5

Activate the environment : source activate gti770_env

Install the requirements :

conda install nb_conda
pip3 install -r requirements.txt
pip3 install git+https://github.com/hlin117/mdlp-discretization

To launch the script in Jupyter :
cd core
jupiter notebook

How to contribute ?

  • Create a branch by feature and/or bug fix
  • Get the code
  • Commit and push
  • Create a pull request

Branch naming

Feature branch

feature/ [Short feature description] [Issue number]

Bug branch

fix/ [Short fix description] [Issue number]

Commits syntax:
Adding code:

+ Added [Short Description] [Issue Number]

Deleting code:

- Deleted [Short Description] [Issue Number]

Modifying code:

* Changed [Short Description] [Issue Number]

Credits

Icons made by Smashicons from www.flaticon.com is licensed by CC 3.0 BY

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We can find here a school project. In this project, we had to develop few deep learning algorithms. At the end, we had to conceptualize and code a smart system that classify song by gender. It has 11% classification rate

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