Class Central is learner-supported. When you buy through links on our site, we may earn an affiliate commission.

Stanford University

Mandoline - Model Evaluation under Distribution Shift

Stanford University via YouTube

Overview

Limited-Time Offer: Up to 75% Off Coursera Plus!
7000+ certificate courses from Google, Microsoft, IBM, and many more.
This course focuses on teaching a new evaluation framework called Mandoline, which helps in model evaluation under distribution shift. The learning outcomes include understanding how to estimate model performance on a target distribution more accurately compared to standard baselines. The course teaches the concept of "slicing functions" and density ratio estimation for reweighted performance estimates. The teaching method involves theoretical explanations, empirical validations on NLP and vision tasks, and connecting the Mandoline framework to interactive ML systems. The intended audience for this course includes practitioners and researchers in the field of machine learning, particularly those interested in model evaluation and distribution shift challenges.

Syllabus

Intro
Outline
The ML model development process
Model Evaluation
Motivation
Common approach: importance weighting
Motivating example
Mandoline: Slice-based reweighting framework
The theory behind using slices
More formally...
Density Ratio Estimation
Experiments: tasks
Experiments: compare to reweighting on x
Summary
Taking a step back - how do we get slices? What are sli
Measuring model performance
Hidden Stratification: Approach
ML model development process, revisited
Another angle - how else can we evaluate?
"Closing the loop" - how do we update?

Taught by

Stanford MedAI

Reviews

Start your review of Mandoline - Model Evaluation under Distribution Shift

Never Stop Learning.

Get personalized course recommendations, track subjects and courses with reminders, and more.

Someone learning on their laptop while sitting on the floor.