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    On nodal domains and higher-order Cheeger inequalities of finite reversible Markov processes [electronic resource]

    , Article Stochastic Processes and their Applications ; Volume 122, Issue 4, April 2012, Pages 1748–1776 Daneshgar, A. (Amir) ; Javadi, Ramin ; Miclo, Laurent ; Sharif Univercity of Technology
    Abstract
    Let LL be a reversible Markovian generator on a finite set View the MathML sourceV. Relations between the spectral decomposition of LL and subpartitions of the state space View the MathML sourceV into a given number of components which are optimal with respect to min–max or max–min Dirichlet connectivity criteria are investigated. Links are made with higher-order Cheeger inequalities and with a generic characterization of subpartitions given by the nodal domains of an eigenfunction. These considerations are applied to generators whose positive rates are supported by the edges of a discrete cycle ZNZN, to obtain a full description of their spectra and of the shapes of their eigenfunctions, as... 

    On nodal domains and higher-order Cheeger inequalities of finite reversible Markov processes

    , Article Stochastic Processes and their Applications ; Volume 122, Issue 4 , April , 2012 , Pages 1748-1776 ; 03044149 (ISSN) Daneshgar, A ; Javadi, R ; Miclo, L ; Sharif University of Technology
    2012
    Abstract
    Let L be a reversible Markovian generator on a finite set V. Relations between the spectral decomposition of L and subpartitions of the state space V into a given number of components which are optimal with respect to min-max or max-min Dirichlet connectivity criteria are investigated. Links are made with higher-order Cheeger inequalities and with a generic characterization of subpartitions given by the nodal domains of an eigenfunction. These considerations are applied to generators whose positive rates are supported by the edges of a discrete cycle Z N, to obtain a full description of their spectra and of the shapes of their eigenfunctions, as well as an interpretation of the spectrum...