Spectral graph theory Network & Matrix Computations CS 59000-NMC David F. Gleich.

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Presentation transcript:

Spectral graph theory Network & Matrix Computations CS NMC David F. Gleich

WHAT IS IT?

Aspects of spectral graph theory Eigenvalues of graphs

1.5, (two!) (two)

Aspects of spectral graph theory Combinatorial properties of graphs the matrix-tree theorem (1850-ish) the number of spanning trees of a graph is product of the eigenvalues of the Laplacian matrix

Aspects of spectral graph theory Connection properties of graphs the Cheeger inequality (????) the relationship between the minimum conductance cut of a graph and the second smallest eigenvalue

Recent developments support graph theory how to preserve the eigenvalues of a graph while removing edges leads to “best” solver for Ax=b 1-norm Laplacians produce better cuts semi-supervised learning how to interpolate functions on graph data local spectral graph theory

Outline Today the combinatorial Laplacian Next time the Cheeger inequality Next week SDP Approximation algorithms Latex next week local spectral graph theory