02078cam a22003975a 45000010009000000050017000090080041000260100017000670150019000840160018001030200025001210200022001460350024001680400105001920420014002970820020003111000047003312450075003782500020004532600046004733000046005195000024005655040041005895050643006305900011012736500033012846500047013176500031013646510010013956530025014056530025014307000044014559420024014999990017015239520140015401835803120201128024023.0141103s20152015enka   frb    001 0 eng d  a  2014955860  aGBB4D28672bnb7 a0169540402Uk  a9780198726463 (pbk.)  a0198726465 (pbk.)  a(OCoLC)ocn893905206  aNLGGCbengcNLGGCdBDXdBTCTAdUKMGBdOCLCQdCDXdYDXCPdOUPdORUdUUMdEYMdTXIdACMdDLCdEG-ScBUE  alccopycat04222a003.72bEST1 aEstrada, Ernesto,‏ ‎d1966-‏ 94169512aA first course in network theory /cErnesto Estrada, Philip A. Knight.  a1st impression.  aOxford :bOxford University Press,c2015.  axiv, 254 p. :bill. (some col.) ;c26 cm.  aIndex : p. 251-254.  aIncludes bibliographical references.0 aIntroduction to network theory -- General concepts in network theory -- How to prove it -- Data analysis and manipulation -- Algebraic concepts in network theory -- Spectra of adjacency matrices -- The network Laplacian -- Classical physics analogies -- Degree distributions -- Clustering coefficients of networks -- Random models of networks -- Matrix functions -- Fragment-based measures -- Classical node centrality -- Spectral node centrality -- Quantum physics analogies -- Global properties of networks I -- Global properties of networks II -- Communicability in networks -- Statistical physics analogies -- Communities in networks.  aWessam 7aSystem analysis.2BUEsh9734 7aNetwork analysis (Planning).2BUEsh935688 7aGraph theory.2BUEsh93997  2BUEsh  bENGELCcNovember2016  bCOMSCIcNovember20161 aKnight, Philip A.,‏d1968-‏ 941696  2ddce22k003.72 EST  c23368d23340  00102ddc40708AlahramaMAINbMAINcLOWd2016-11-28ePurchaseg389.00h117l0o003.72 ESTp000034817r2025-07-15 00:00:00v486.25yBB