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Ryan Orban

Ryan Orban

Subject
14 entries

Jupyter

Bookmarks

  1. Activation Steering Notebook (concentration_notebooks)

    A Jupyter notebook exploring activation steering in neural networks from the concentration_notebooks repo. Saved as a reference in the mechanistic interpretability and model steering space.

  2. pygwalker: Pandas DataFrame to Tableau-Style UI

    pygwalker turns a pandas DataFrame into a drag-and-drop Tableau-style visual analysis interface inside Jupyter notebooks — one line of code to replace writing matplotlib/seaborn boilerplate with interactive visual exploration. Strong tool for exploratory data analysis.

  3. jupyter-text2code: English to Python in Jupyter

    jupyter-text2code is a proof-of-concept Jupyter extension that converts English queries into Python code — an early 2021 demonstration of natural language to code generation in notebooks, before Copilot and ChatGPT made this mainstream.

  4. Jupyter Notebooks Gallery — notebook.community

    notebook.community is a curated gallery of publicly shared Jupyter notebooks — a discovery layer for interesting notebooks covering machine learning, data analysis, visualization, and scientific computing. Good for finding worked examples.

  5. Data Science Meets DevOps: MLOps with Jupyter, Git, and Kubernetes

    Kubeflow's blog post on MLOps practices combining Jupyter notebooks, Git, and Kubernetes — the infrastructure side of making ML reproducible, collaborative, and deployable. Establishes the canonical MLOps stack for Kubernetes-based ML teams.

  6. Dive into Machine Learning

    A curated GitHub guide for learning machine learning hands-on with Jupyter notebooks and scikit-learn — one of the most-starred beginner ML resources of 2015. Its strength is pairing interactive notebooks with curated external readings rather than building yet another tutorial from scratch.

  7. Rodeo: A Data Science IDE for Python

    yhat's 2015 launch of Rodeo — a Python IDE built for data science workflows, modeled on RStudio's four-pane layout. It didn't outlast the market consolidation around Jupyter Lab and VS Code, but its design assumptions turned out to be right.

  8. Notebook Gallery: Best IPython Notebooks

    A curated gallery of the most-viewed IPython/Jupyter notebooks — an early community resource for discovering high-quality notebook examples across ML, data analysis, and scientific computing. Predecessor to nbviewer and the current ecosystem of notebook sharing platforms.

  9. Seaborn — Plotting Distributions Notebook

    Seaborn's official distribution-plotting example notebook — demonstrates the library's statistical visualization API for histograms, KDE plots, rug plots, and joint distributions. The reference for anyone learning to visualize data distributions in Python.

  10. Exploratory Computing with Python — Mark Bakker

    Mark Bakker's open course on exploratory computing with Python — Jupyter notebooks covering NumPy, Matplotlib, and scientific computing techniques. Aimed at engineers and scientists who want to use Python for quantitative analysis without a computer science background.

  11. IPython Notebook — msund Gist

    An IPython notebook shared via gist by msund — likely conference or tutorial materials from the 2014 Python/data science community. Saved without content, context inferred from surrounding bookmarks in the same PyData period.

  12. MH370 MCMC Notebook — Conor Myhrvold

    Conor Myhrvold's IPython notebook using Monte Carlo simulation to analyze the probable flight path of MH370 from satellite pings. An early high-profile example of using Bayesian inference and simulation for real-world analysis.

  13. My Favorite 7 IPython Notebooks

    A curated list of seven standout IPython Notebooks shared in early 2014 — when the notebook format was the primary vehicle for sharing data science work and reproducible analysis. Reflects the community's excitement about executable, shareable computation.

  14. A Gallery of Interesting IPython Notebooks

    Curated GitHub wiki of interesting IPython Notebooks covering scientific computing, data analysis, machine learning, and visualization. The 2014 canonical list of notebooks worth running — before nbviewer and Binder made sharing notebooks routine.

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