Media Summary: We continue the proof the Cheeger inequality. A visualization of the power method applied to find the second eigenvalue of the Laplacian of a cycle and of an hypercube. We discuss how to extend the methods of spectral graph theory to undirected graphs that are not regular, and we mention a ...

Expanders Lecture 3 Part 2 - Detailed Analysis & Overview

We continue the proof the Cheeger inequality. A visualization of the power method applied to find the second eigenvalue of the Laplacian of a cycle and of an hypercube. We discuss how to extend the methods of spectral graph theory to undirected graphs that are not regular, and we mention a ... We describe the power method algorithm to approximately compute eigenvalues and eigenvectors, and begin the analysis. Computer Science/Discrete Mathematics Seminar II Topic: High dimensional A quick overview of recent results on spectral graph theory, related to spectral clustering.

We introduce the "sweep" algorithm for spectral partitioning and we begin the proof of the difficult direction of the Cheeger ...

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Expanders - Lecture 3 - Part 2
HD Expanders 2013/14: Lecture 3, part 2
Expanders - Lecture 2 - Part 3
Expanders - Lecture 3 - Part 3
PSR Lecture 2c - Expander graphs - part 2: random walks and the hitting property
HD Expanders 2013/14: Lecture 3, part 1
Expanders - Lecture 3 - Part 5
Expanders - Lecture 3 - Part 1
High dimensional expanders - Part 2 - Irit Dinur
The Margulis expanders
Expanders -Lecture 3 - Part 6.mp4
Expanders - Lecture 01 - Part 3
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Expanders - Lecture 3 - Part 2

Expanders - Lecture 3 - Part 2

Analysis of the power method.

HD Expanders 2013/14: Lecture 3, part 2

HD Expanders 2013/14: Lecture 3, part 2

Part II of the lecture

Expanders - Lecture 2 - Part 3

Expanders - Lecture 2 - Part 3

We continue the proof the Cheeger inequality.

Expanders - Lecture 3 - Part 3

Expanders - Lecture 3 - Part 3

A visualization of the power method applied to find the second eigenvalue of the Laplacian of a cycle and of an hypercube.

PSR Lecture 2c - Expander graphs - part 2: random walks and the hitting property

PSR Lecture 2c - Expander graphs - part 2: random walks and the hitting property

We proceed to discuss random walks on

HD Expanders 2013/14: Lecture 3, part 1

HD Expanders 2013/14: Lecture 3, part 1

Part

Expanders - Lecture 3 - Part 5

Expanders - Lecture 3 - Part 5

We discuss how to extend the methods of spectral graph theory to undirected graphs that are not regular, and we mention a ...

Expanders - Lecture 3 - Part 1

Expanders - Lecture 3 - Part 1

We describe the power method algorithm to approximately compute eigenvalues and eigenvectors, and begin the analysis.

High dimensional expanders - Part 2 - Irit Dinur

High dimensional expanders - Part 2 - Irit Dinur

Computer Science/Discrete Mathematics Seminar II Topic: High dimensional

The Margulis expanders

The Margulis expanders

The first explicit

Expanders -Lecture 3 - Part 6.mp4

Expanders -Lecture 3 - Part 6.mp4

A quick overview of recent results on spectral graph theory, related to spectral clustering.

Expanders - Lecture 01 - Part 3

Expanders - Lecture 01 - Part 3

We discuss properties of

Thatchaphol Saranurak - Tutorial (Part 2): Expander Decompositions and Applications

Thatchaphol Saranurak - Tutorial (Part 2): Expander Decompositions and Applications

Thatchaphol Saranurak delivers

Expanders - Lecture 2 - Part 2

Expanders - Lecture 2 - Part 2

We introduce the "sweep" algorithm for spectral partitioning and we begin the proof of the difficult direction of the Cheeger ...

HD Expanders 2013/14: Lecture 11, part 2

HD Expanders 2013/14: Lecture 11, part 2

Part I: http://www.youtube.com/watch?v=sWBf96pM9h8

Minerva Lectures 2013 - Assaf Naor Talk 3: Super-expanders and nonlinear spectral calculus

Minerva Lectures 2013 - Assaf Naor Talk 3: Super-expanders and nonlinear spectral calculus

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