STAT 432
  • Welcome
  • Lectures
    • Overview
    • Week 1: Setup and AI Tools
    • Week 2: Training and Test Error
    • Week 3: Ridge Regression and Optimization
    • Week 4: Lasso and Variable Selection
    • Week 5: K-Nearest Neighbors
    • Week 6: Classification Error and Evaluation
  • Discussion
  • Quizzes
  • Final Project
  • Syllabus
  • Canvas
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Lectures and Topics

Lectures focus on the mathematical foundations of statistical learning and the behavior of the methods in practice. Both R and Python are supported in the lecture notes. Lecture materials are currently posted through Week 6; homework materials are available for Weeks 1 through 5.

Weekly Schedule

  1. 01

    Course setup and AI tools

    Course introduction and structure GitHub Setup and AI Tools Discussion Questions: Procedures and Rules Homework 01
  2. 02

    Training and Test Error

    Fixed-design prediction error and model selection Implementing linear model selection Homework 02
  3. 03

    Ridge Regression and Optimization

    Ridge regression: stability through shrinkage Optimization, tuning, and cross-validation Homework 03
  4. 04

    Lasso and Variable Selection

    Lasso, sparsity, and correlated predictors Homework 04
  5. 05

    K-Nearest Neighbors

    K-Nearest Neighbors The Curse of Dimensionality Homework 05
  6. 06

    Classification Error and Evaluation

    Classification: Probabilities, Decisions, and Learning Error Evaluating Classification Models

Computational notes

Both R and Python are supported throughout the lecture notes. Refer to Week 1 for instructions on AI agents, reusable skills, and the course GitHub repository.

STAT 432 | Basics of Statistical Learning

 
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