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Designing Robust Learners

Simons Institute via YouTube

Overview

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Explore the challenges and strategies for designing robust machine learning models in this 53-minute lecture by Jacob Steinhardt from Stanford University. Delve into the emerging challenges in deep learning, focusing on the importance of creating learners that can withstand various perturbations and maintain performance across different contexts. Examine key concepts such as total variation (TV) and mean estimation, modulus examples, finite-sample estimation, and resilience in the face of arbitrary loss functions. Investigate specific applications in linear regression and covariance estimation, and learn about extending these principles to other types of perturbations. Gain insights into the formal definition of friendly perturbations and understand how resilience applies to different scenarios in machine learning.

Syllabus

Intro
Motivation
The Difficulty
Context and Overview
Setting
Warm-up: TV, mean estimation
Modulus: Examples
Finite-sample estimation
General TV case
Resilience: Arbitrary loss
Example: Linear regression
Example: Covariance estimation
Extension to other perturbations (W)
Friendly perturbation: formal definition
Resilience for W

Taught by

Simons Institute

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