Run the notebooks from the cloud using Binder: Simply click here.
Follow the following instructions to install Miniconda and create a Python environment for the course:
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Download the Python 3.6 installer for Windows, macOS, or Linux from https://conda.io/miniconda.html and install with default settings. Note for Windows: If you don't know if your operating system is 32-bit or 64-bit, then open Settings-System-About-System type to find out your xx-bit system.
- Windows: Double-click on the
Miniconda3-latest-MacOSX-x86_64.exefile. - macOS: Run
bash Miniconda3-latest-MacOSX-x86_64.shin your terminal. - Linux: Run
bash Miniconda3-latest-Linux-x86_64.shin your terminal.
- Windows: Double-click on the
-
Windows: Open the Anaconda Prompt terminal from the Start menu. MacOS, Linux: Open a terminal.
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Install git:
conda install git. -
Download the GitHub repository of the course:
git clone https://github.com/xbresson/CE7454_2018. -
Go to folder CE7454_2018 with
cd CE7454_2018, and create a Python virtual environment with the packages required for the course:conda env create -f environment.yml. Note that the environment installation may take some time.Notes:
The installed conda packages can be listed withconda list.
Some useful Conda commands arepwd,cd,ls -al,rm -r -f folder/
Add a python library to the Python environment:conda install -n CE7454_2018 numpy(for example)
Read Conda command lines for packages and environments
Read managing Conda environments
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Windows: Open the Anaconda Prompt terminal from the Start menu. MacOS, Linux: Open a terminal.
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Activate the environment. Windows:
activate deeplearn_course, macOS, Linux:source activate deeplearn_course. -
Download the python notebooks by direct downloads from the next section or with GitHub with the command
git pull. -
Start Jupyter with
jupyter notebook. The command opens a new tab in your web browser. -
Go to the exercise folder, for example
CE7454_2018/codes/lab01_python.Notes:
Windows: Folder CE7454_2018 is located atC:\Users\user_name\CE7454_2018. MacOS, Linux:/Users/user_name/CE7454_2018.
Note: The datasets are too large for GitHub. They will be automatically downloaded when running the codes, or you can directly download the datasets from CE7454_2018/codes/data or the zip file Download datasets.
Labs lecture 03: Python and PyTorch
Labs lecture 04: Vanilla Neural Networks Part 1
Labs lecture 06: Vanilla Neural Networks Part 2
Labs lecture 07: Multi-Layer Perceptron Part 1
Labs lecture 08: Multi-Layer Perceptron Part 2
Labs lecture 10: Convolutional Neural Networks
Labs lecture 13: Recurrent Neural Networks
Labs lecture 17: Introduction to Graph Science
Labs lecture 18: Graph Neural Networks Part 1
Labs lecture 19: Graph Neural Networks Part 2
Labs lecture 20: Deep Reinforcement Learning