Showing 24 of 132 projects
A Python demonstration of applying a Butterworth low-pass filter to a signal and visualizing its Short-Time Fourier Transform and Laplace transform.
A collection of quantitative trading research experiments exploring uncommon strategies and techniques through Jupyter notebooks.
A collection of Jupyter notebooks for analyzing Common Crawl web archive data using columnar indexes and webgraph datasets.
A Jupyter widget that integrates the powerful ag-Grid data grid into Jupyter notebooks for interactive data exploration.
A browser extension that integrates ChatGPT directly into Google Colab and Jupyter notebook code cells.
Cell and line magic for PGF/TikZ-to-SVG rendering in Jupyter notebooks
An Open edX XBlock that auto-grades Jupyter Notebook assignments using nbgrader and Docker, integrating scores into the Open edX gradebook.
A Python-based spam detector using Naive Bayes to classify emails as spam or ham.
A Jupyter kernel that enables running Xonsh shell commands within Jupyter Notebook, JupyterLab, and Euporia.
A Docker-based starter kit providing pre-configured Jupyter notebook environments for machine learning with TensorFlow, PyTorch, and essential libraries.
An Open edX XBlock that dynamically embeds and displays content from public Jupyter Notebooks within online courses.
A Kalman Filter implementation to interpolate and smooth bus positions between noisy GPS measurements.
Jupyter magic methods for running MicroPython code on microcontrollers directly from Jupyter notebooks.
A Python utility to search and extract contents from Jupyter Notebook cells, with filters for cell type, nbgrader IDs, and regex patterns.
Compiles and analyzes bus and light rail speed, reliability, and ridership data from multiple sources for transportation insights.
A tutorial on implementing circuit-centric quantum classifiers using Microsoft's Quantum Development Kit and Q#.
A Jupyter notebook extension for creating Wardley Maps using a simple cell magic syntax.
A Jupyter Notebook extension for managing and optimizing Python dependencies directly within notebooks.
A lightweight Python framework for creating auto-evaluated code exercises and quizzes in Jupyter notebooks.
A Jupyter/Node.js demo for visualizing network graphs using NetworkX and Sigma.js.
Jupyter MicroPython Kernel made with upydevice
TensorFlow implementation of Single Image Random Dot Stereograms for 3D data visualization in 2D images.
Store, version, edit, and execute Jupyter notebooks via REST APIs for integration into data pipelines.
A pygame-compatible API for creating interactive games and graphics in Jupyter notebooks using ipycanvas rendering.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.