Cours/Séminaire
PSL Summer School on High Dimensional Probability and Algorithms - HDPA 2019
18 Cours
Tropp 8/9 - Random matrix theory and computational linear algebra
Tropp
Joel Aaron
This course treats some contemporary algorithms from computational linear algebra that involve random matrices. Rather than surveying the entire field, we focus on a few algorithms that are both
Tropp 9/9 - Random matrix theory and computational linear algebra
Tropp
Joel Aaron
This course treats some contemporary algorithms from computational linear algebra that involve random matrices. Rather than surveying the entire field, we focus on a few algorithms that are both
Bubeck 8/9 - Some geometric aspects of randomized online decision making
Bubeck
Sébastien
This course is concerned with some of the canonical non-stochastic models of online decision making. These models have their origin in works from the 1950's and 1960's, and went through a resurgence
Tropp 7/9 - Random matrix theory and computational linear algebra
Tropp
Joel Aaron
This course treats some contemporary algorithms from computational linear algebra that involve random matrices. Rather than surveying the entire field, we focus on a few algorithms that are both
Tropp 6/9 - Random matrix theory and computational linear algebra
Tropp
Joel Aaron
This course treats some contemporary algorithms from computational linear algebra that involve random matrices. Rather than surveying the entire field, we focus on a few algorithms that are both
Bubeck 9/9 - Some geometric aspects of randomized online decision making
Bubeck
Sébastien
This course is concerned with some of the canonical non-stochastic models of online decision making. These models have their origin in works from the 1950's and 1960's, and went through a resurgence
Bubeck 5/9 - Some geometric aspects of randomized online decision making
Bubeck
Sébastien
This course is concerned with some of the canonical non-stochastic models of online decision making. These models have their origin in works from the 1950's and 1960's, and went through a resurgence
Bubeck 7/9 - Some geometric aspects of randomized online decision making
Bubeck
Sébastien
This course is concerned with some of the canonical non-stochastic models of online decision making. These models have their origin in works from the 1950's and 1960's, and went through a resurgence
Tropp 5/9 - Random matrix theory and computational linear algebra
Tropp
Joel Aaron
This course treats some contemporary algorithms from computational linear algebra that involve random matrices. Rather than surveying the entire field, we focus on a few algorithms that are both
Bubeck 6/9 - Some geometric aspects of randomized online decision making
Bubeck
Sébastien
This course is concerned with some of the canonical non-stochastic models of online decision making. These models have their origin in works from the 1950's and 1960's, and went through a resurgence
Bubeck 3/9 - Some geometric aspects of randomized online decision making
Bubeck
Sébastien
This course is concerned with some of the canonical non-stochastic models of online decision making. These models have their origin in works from the 1950's and 1960's, and went through a resurgence
Tropp 4/9 - Random matrix theory and computational linear algebra
Tropp
Joel Aaron
This course treats some contemporary algorithms from computational linear algebra that involve random matrices. Rather than surveying the entire field, we focus on a few algorithms that are both
Tropp 3/9 - Random matrix theory and computational linear algebra
Tropp
Joel Aaron
This course treats some contemporary algorithms from computational linear algebra that involve random matrices. Rather than surveying the entire field, we focus on a few algorithms that are both
Tropp 2/9 - Random matrix theory and computational linear algebra
Tropp
Joel Aaron
This course treats some contemporary algorithms from computational linear algebra that involve random matrices. Rather than surveying the entire field, we focus on a few algorithms that are both
Tropp 1/9 - Random matrix theory and computational linear algebra
Tropp
Joel Aaron
This course treats some contemporary algorithms from computational linear algebra that involve random matrices. Rather than surveying the entire field, we focus on a few algorithms that are both
Bubeck 2/9 - Some geometric aspects of randomized online decision making
Bubeck
Sébastien
This course is concerned with some of the canonical non-stochastic models of online decision making. These models have their origin in works from the 1950's and 1960's, and went through a resurgence
Bubeck 4/9 - Some geometric aspects of randomized online decision making
Bubeck
Sébastien
This course is concerned with some of the canonical non-stochastic models of online decision making. These models have their origin in works from the 1950's and 1960's, and went through a resurgence
Bubeck 1/9 - Some geometric aspects of randomized online decision making
Bubeck
Sébastien
This course is concerned with some of the canonical non-stochastic models of online decision making. These models have their origin in works from the 1950's and 1960's, and went through a resurgence