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jonkrohn/ML-foundations

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4,772 stars·2,282 forks·Jupyter Notebook·MIT·16 views

ML Foundations

ML-foundations is a machine learning educational curriculum and computer science study guide. It provides a structured learning path focused on the mathematical foundations and computational prerequisites required for studying machine learning.

The project serves as a Python mathematics course, delivering interactive notebooks and coding exercises to teach linear algebra, calculus, and statistics. It translates abstract mathematical formulas into concrete algorithmic code to help learners understand the principles underpinning machine learning algorithms.

The curriculum covers data science prerequisites and fundamental programming concepts through notebook-based interactive learning. It utilizes a modular topic decomposition to organize subjects into isolated directories for independent study.

Features

  • Machine Learning Foundations - Provides a comprehensive study of the core mathematical and theoretical concepts underlying machine learning.
  • Machine Learning Education - Focuses on teaching the mathematical principles of linear algebra, calculus, and statistics for machine learning.
  • Mathematical Foundations - Provides a collection of resources focused on the core mathematical principles that underpin ML algorithms.
  • Machine Learning Curricula - Offers a structured learning path covering mathematical and computational prerequisites for machine learning.
  • Interactive Notebook Learning Resources - Delivers lessons through Jupyter notebooks combining theoretical text with executable Python code cells.
  • Data Science Concepts - Teaches the fundamental mathematical and algorithmic concepts required as prerequisites for data science.
  • Python Numerical Implementations - Translates abstract mathematical formulas into concrete algorithmic Python code for verification.
  • Computer Science Study Guides - Serves as a guide for fundamental programming and algorithmic concepts for students entering data science.
  • Interactive Learning - Uses Python code and notebooks to practice mathematical operations through hands-on programming.
  • Mathematical Foundations Courses - Teaches linear algebra, calculus, and statistics through interactive Python-based coding exercises.
  • Academic Subject Decomposition - Organizes mathematical concepts into isolated directories by subject for structured, independent study.
  • Exercise-Driven Validations - Provides coding tasks that require learners to implement mathematical operations to prove their theoretical understanding.

Star history

Star history chart for jonkrohn/ml-foundationsStar history chart for jonkrohn/ml-foundations

How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.

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Projects sharing features with ML Foundations

These projects share indexed features with ML Foundations. Shared tags can include platform or build tooling; verify the primary use case before treating a result as a replacement.
  • roboticcam/machine-learning-notesroboticcam avatar

    roboticcam/machine-learning-notes

    9,582View on GitHub↗

    This project is a machine learning study guide and technical knowledge base. It serves as a version-controlled repository of mathematical formulas and algorithmic explanations, providing instructional material and reference notes for the study of artificial intelligence. The content is structured as a markdown-based knowledge base that pairs theoretical mathematical explanations directly with code implementations. This approach demonstrates model mechanics in practice across several specialized domains, including deep learning research, probabilistic graphical modeling, and reinforcement lear

    Jupyter Notebook
    View on GitHub↗9,582
  • fengdu78/lihang-codefengdu78 avatar

    fengdu78/lihang-code

    19,548View on GitHub↗

    This repository is a collection of foundational machine learning models and predictive analysis tools designed for the study of statistical learning methods. It serves as an educational resource that demonstrates the mathematical principles of classic algorithms through direct, first-principles implementation. The project distinguishes itself by constructing models from the ground up, relying on fundamental linear algebra and calculus operations rather than high-level abstraction frameworks. Each algorithm is organized into modular, standalone scripts that mirror the sequence of mathematical

    Jupyter Notebook
    View on GitHub↗19,548
  • mrdbourke/machine-learning-roadmapmrdbourke avatar

    mrdbourke/machine-learning-roadmap

    7,871View on GitHub↗

    This project is a technical curriculum and learning path for machine learning, providing a structured sequence of mathematical foundations, core concepts, and professional workflows. It serves as a comprehensive guide and resource index that connects theoretical principles to the specific software libraries and tools used in real-world implementation. The repository functions as a project workflow blueprint, outlining the sequential steps required to solve machine learning problems from initial discovery through to final deployment. It maps theoretical mathematical principles to practical app

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  • dibgerge/ml-coursera-python-assignmentsdibgerge avatar

    dibgerge/ml-coursera-python-assignments

    5,567View on GitHub↗

    This project is a machine learning coursework repository containing a collection of Python exercises and notebooks. It is designed for implementing foundational machine learning algorithms and completing curriculum assignments through interactive documents that combine instructional text and executable code. The repository provides code formatted for compatibility with automated grading systems, allowing for the submission and validation of technical exercises. It includes predefined environment configurations and dependency locks to ensure consistent execution of data science tools across di

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Frequently asked questions

What does jonkrohn/ml-foundations do?

ML-foundations is a machine learning educational curriculum and computer science study guide. It provides a structured learning path focused on the mathematical foundations and computational prerequisites required for studying machine learning.

What are the main features of jonkrohn/ml-foundations?

The main features of jonkrohn/ml-foundations are: Machine Learning Foundations, Machine Learning Education, Mathematical Foundations, Machine Learning Curricula, Interactive Notebook Learning Resources, Data Science Concepts, Python Numerical Implementations, Computer Science Study Guides.

Which projects share features with jonkrohn/ml-foundations?

Projects with overlapping indexed features include: roboticcam/machine-learning-notes — This project is a machine learning study guide and technical knowledge base. It serves as a version-controlled… fengdu78/lihang-code — This repository is a collection of foundational machine learning models and predictive analysis tools designed for the… mrdbourke/machine-learning-roadmap — This project is a technical curriculum and learning path for machine learning, providing a structured sequence of… dibgerge/ml-coursera-python-assignments — This project is a machine learning coursework repository containing a collection of Python exercises and notebooks. It… visualize-ml/book5_essentials-of-probability-and-statistics — This project is an educational resource providing a mathematical foundation in probability and statistics for machine… julycoding/the-art-of-programming-by-july-2nd — This project is a collection of reference materials and educational guides providing theoretical foundations and…

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