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https://github.com/gjbex/machine-learning-with-python

Repository for participants of the "Machine learning with Python" training
https://github.com/gjbex/machine-learning-with-python

deep-learning keras machine-learning python python-training scikit-learn training

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Repository for participants of the "Machine learning with Python" training

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# Python for machine learning

GitHub repository for participants of the "Python for machine learning" training.
For information on the training, see the website
[https://gjbex.github.io/Python-for-data-science/](https://gjbex.github.io/Python-for-machine-learning/)

## What is it?

1. [`python_for_machine_learning.pptx`](python_for_machine_learning.pptx): PowerPoint
presentation used for the training.
1. [`hands-on`](hands-on): Jupyter notebooks for hands-on sessions.
1. [`source-code`](source-code): sample code written to develop the slides and
illustrate concepts.
1. [`environment.yml`](environment.yml): conda environment file intended to be
cross-platform.
1. [`python_for_machine_learning_linux64_conda_specs.txt`](python_for_machine_learning_linux64_conda_specs.txt):
conda environment specification file specific for 64-bit Linux to precisely
reproduce the environment on which the code was developed.
1. [License](LICENSE): license information for the material in this repository.
1. [Contributing](CONTRIBUTING.md): information on how to contribute to this
repository.
1. docs: directory containing the website for this repository.

## Video sessions

Video recordings of this training are available on YouTube.

1. [Introduction](https://youtu.be/QIZ0-oHwMaI) (25 minutes)
1. [scikit-learn: data pipelines and regression](https://youtu.be/sy4U9VteP8Q) (28 minutes)
1. [scikit-learn: classification and clustering](https://youtu.be/acXmk4Bx8pI) (12 minutes)
1. [keras: introduction to neural networks](https://youtu.be/-CO0Y8wzYeI) (13 minutes)
1. [keras: multilayer perceptrons for digit recognition](https://youtu.be/nAixWMYgzdo) (34 minutes)
1. [keras: convolutional neural networks for digit recognition] (19 minutes)
1. [keras: recurrent neural networks for sentiment classification](https://youtu.be/TkafYl9APpM) (26 minutes)