Overview
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Explore modern techniques for interpretable machine learning through this comprehensive 4-hour workshop led by Professor Hima Lakkaraju at Stanford University. Begin with an overview and motivation for explainability in machine learning, understanding why interpretability has become crucial in today's AI-driven world. Delve into inherently interpretable models that are designed to be transparent from the ground up, examining their architectures and applications. Learn about post hoc explanation methods that can be applied to existing black-box models to make their decisions more understandable. Discover frameworks and methodologies for evaluating model interpretations and explanations, ensuring that the explanations provided are meaningful and reliable. Conclude by exploring the future directions of model understanding and the evolving landscape of explainable AI. Gain insights from Professor Lakkaraju, a Harvard University assistant professor recognized as one of MIT Tech Review's top innovators under 35, whose research focuses on explainability, fairness, and robustness of machine learning models with real-world applications in policy and healthcare.
Syllabus
Stanford Seminar - ML Explainability Part 1 I Overview and Motivation for Explainability
Stanford Seminar - ML Explainability Part 2 I Inherently Interpretable Models
Stanford Seminar - ML Explainability Part 3 I Post hoc Explanation Methods
Stanford Seminar - ML Explainability Part 4 I Evaluating Model Interpretations/Explanations
Stanford Seminar - ML Explainability Part 5 I Future of Model Understanding
Taught by
Stanford Online