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on
1
Intro
2
Why do we care
3
Optimal transport matrix scaling
4
Control entrywise errors
5
Three key ideas
6
Approximation with polynomials
7
Computing a change of expansions
8
Plane wave expansion
9
Plane wave expansion summary
10
Sustainment
11
Modern quadratic factor
12
Summary
13
Harmonic Polynomials
14
Product Space of Feature
15
Empirical Results
16
Methods
17
Linear Classification
18
Conclusion
Description:
Explore advanced concepts in machine learning and control theory through this 51-minute lecture from the 2019 ADSI Summer Workshop. Delve into "Better Gaussian Kernel Factorization via Approximation Theory, with Applications" presented by Pablo Parrilo from MIT. Learn about optimal transport matrix scaling, control entrywise errors, and key ideas in approximation with polynomials. Discover plane wave expansion techniques, modern quadratic factors, and harmonic polynomials. Examine the product space of features and empirical results in linear classification. Gain insights into cutting-edge algorithmic foundations that bridge learning and control systems.

ADSI Summer Workshop- Algorithmic Foundations of Learning and Control, Pablo Parrilo

Paul G. Allen School
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