Trade-off Between Optimality and Explainability in Machine Learning Models
Offered By: Toronto Machine Learning Series (TMLS) via YouTube
Course Description
Overview
Explore the critical trade-off between model explainability and accuracy in machine learning through this insightful 44-minute talk by Nima Safaei, Senior Data Scientist at Scotiabank. Delve into the challenges of using black box models in high-risk areas due to lack of explainability, and examine the two-fold nature of explainability in ML: Causal Explainability and Counterfactual Explainability. Gain a deeper understanding of Counterfactual Explainability from an optimization perspective, and learn how post-optimality analysis can be applied to machine learning models. Investigate the limitations of optimization algorithms in guaranteeing global optimum solutions and how this impacts model explainability. Engage in a critical discussion on the trade-off between explainability and accuracy during model selection, considering whether a more explainable but less accurate model is preferable to a less explainable but more accurate one.
Syllabus
Trade off between Optimality and Explainability
Taught by
Toronto Machine Learning Series (TMLS)
Related Courses
Chemical Process IntensificationIndian Institute of Technology Guwahati via Swayam Mathematical understanding of uncertainty
Seoul National University via edX Variational Autoencoders
Paul Hand via YouTube Implicit Regularization I
Simons Institute via YouTube The Importance of Better Models in Stochastic Optimization
Simons Institute via YouTube