Status: content coverage is complete, but problem solving exercises do not exist for the last 3 modules (12/31/21)
This repository contains special topic notebooks on NLP for DataWhys in the form of JupyterLab notebooks (.ipynb files).
These notebooks are completely portable to all JupyterLab environments but require the Blockly extension for the full user experience (see prerequisites below).
For a complete list of topics covered, see the course outline.
Each topic has an introduction/worked example notebook and an independent problem solving notebook (-PS).
All materials are currently in Python.
The pedagogy assumes that students have already completed the core topics in datawhys-content-notebooks.
If that is not the case, we suggest students complete at least the first 11 topics of the core course before proceeding:
- Getting around
- Getting around
- Data science and the nature of data
- Data-science-and-the-nature-of-data.ipynb
- Data-science-and-the-nature-of-data-PS.ipynb
- Plotting
- Plotting.ipynb
- Plotting-PS.ipynb
- Descriptive stats
- Descriptive-statistics.ipynb
- Descriptive-statistics-PS.ipynb
- Measures of association
- Measures-of-association.ipynb
- Measures-of-association-PS.ipynb
- Clustering
- Clustering.ipynb
- Clustering-PS.ipynb
- KNN classification
- KNN-classification.ipynb
- KNN-classification-PS.ipynb
- KNN regression
- KNN-regression.ipynb
- KNN-regression-PS.ipynb
- Simple linear regression
- Simple-linear-regression.ipynb
- Simple-linear-regression-PS.ipynb
- Multiple linear regression
- Multiple-linear-regression.ipynb
- Multiple-linear-regression-PS.ipynb
- Logistic regression
- Logistic-regression.ipynb
- Logistic-regression-PS.ipynb
Although these core topics will provide most of the general background needed, students may still need to refer to other core notebooks to understand specific models, e.g. random forests.
Click on any notebook in the repository, and GitHub will render it in your browser as a non-interactive document.
Launch a demo session by clicking on the Binder badge below.
If you've never used Jupyter or want to try the Blockly extension, check out the tutorial video below.
- JupyterLab
- Blockly extension (optional but strongly recommended)
- Xeus Python Kernel (optional but strongly recommended)
The above is a minimal environment.
See the binder subfolder for the recommended conda env and JupyterLab extension installation.
Any other content-related materials, e.g. spreadsheets, should be placed in the OneDrive folder. If you create an issue that references a document in that folder, please try to link to said document.
If you want to change/correct content, either create an issue describing your change or use a git workflow to make the change.