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GRAPHTHEORY
WITHAPPLICATIONS
J.A.BondyandU.S.R.Murty
UniversityofWaterloo,
Ontario,Canada'
NORfH-HOLLAND
NewYork•Amsterdam•Oxford
®J.A.BondyandV.S.R.Muny1976
FirstpublishedinGreatBritain1976by
The·MacmillanPressLtd.
FirstpublishedintheU.S.A.1976by
ElseyierSciencePublishingCo.,Inc.
52VanderbiltAvenue,NewYork,N.Y10017
FifthPrinting,1982.
SoleDistributor
intheU.S.A:ElsevierSciencePublishingCo.
.,Inc.Library
ofCongressCataloginginPublicationDataBondy,JohnAdrian.
Graphtheorywith,applications.
Bibliography:p.
Includes
index.QA166.B671979511'.575-29826·
ISBN7 All formorbyanymeans,withoutpermission.Printed
intheUnitedStatesofAmerica·Toourparents
Preface
variety 'applications' gorithms shouldallbeattempted. arelisted. helpful appendixV. Many usChungphaisan
Preface
vii manuscriptandvaluablesuggestions, andtotheubiquitousG.O.M.forhis kindness andconstantencouragement. B. financialsupport.Finally,wewouldlike toexpressourappreciationtoJoanSelwoodfor
artwork..J.A.Bondy
U.S.R.Murty
Contents
Preface
1GRAPHSANDSUBGRAPHS
1.1GraphsandSimpleGraphs.
1.2GraphIsomorphism
1.3TheIncidenceandAdjacencyMatrices
1.4Subgraphs
1.5VertexDegrees_
1.6Pathsan"dConnection
1.7Cycles._
Applications
1.8The"ShortestPathProblem_
1.,9Sperner'sLemma.
2TREES
2.1Trees
2.2CutEdgesandBonds..
2.3CutV'ertices.
2.4Cayley'sFormula.
Applications.
2.5TheCo"nnectorProblem
3CONNECTIVITY
3.1Connectivity.
3.2Block"s"_
4EULERTOURSAN-nHAMILTONCYCLES"
4.1EulerTours_
4.2HamiltonCycles.
Applications
4.3The",ChinesePostmanProblem
4.4TheTravellin,g'SalesDlanProblem
vi 1 4 7 8 10 12 14 15 2125
27
31
32
,36" ' 42'
44.
47
51
53
62
65
Contents
5MATCHINGS
5.1Matchings
5.2MatchingsandCoveringsinBipartiteGraphs
5.3PerfectMatchings.
Applications
5.4ThePersonnelAssignmentProblem'.
5.5TheOptimalAssignmentProblem
. 6EDGECOLOURINGS6.1EdgeChromaticNumber
6.2Vizing'sTheorem.
Applications
TheTimetablingProblem
7INDEPENDENTSETSANDCLIQUES
7.1IndependentSets.
7.2Ramsey's
7.3Turan'sTheorem.
Applications
7.4Schur'sTheorem.
7.5AGeometryProblem.
8VERTEXCOLOU'RINGS
8.1ChromaticNumber
8.2Brooks'Theorem.
8.3Haj6s'·.
8..4Chromatic
8.5GirthandChromaticNumber
Applications
8.6AStorageProblem
9PLANARGRAPHS
IX 7072
76
80
86
91
93
96
·101
·103,
109·112
·113
·117
·122
123125
129
.131
·163
9.1 9.2 9.3 9.4 9.5' 9.6 9.7, 9.8PlaneandPlanarGraphs.135
DualGraphs..139
Euler'sFormula.143
Bridges..145
Kuratowski's
Theorem.151
Nonhamiltonian
PlanarGraphs..160
Applications
APIa.narityAlgorithm.
x10DIRECTEDGRAPHS
10.1DirectedGraphs.
10.2DirectedPaths
10.3DirectedCycles.
Applications
10.4AJobSequencingPr?blem.
10.5DesigninganEfficientC.omputerDrum
10.6MakingaRoadSystemOne-Way
10.7RankingtheParticipantsinaTournament.
11NETWORKS·
11.1Flows.
11.2 Cuts11.3TheMax-FlowMin-CutTheorem
Applications
11.4Menger'sTheorems
11.5FeasibleFlows
12THECYCLESPACEANDBONDSPACE
12.1CirculationsandPotentialDifferences.
12.2TheNumberofSpanningTrees.
Applications
12.3PerfectSquares.
AppendixIHintstoStarredExercises
AppendixIIISomeInterestingGra.phs.
AppendixIVUnsolvedProblems.
AppendixVSuggestionsforFurtherReading.
Glossary
ofSymbols·IndexContents
·171
·173
·176
·179
·181
·182
·185
·191
·194
·196
·203
206·212
218··220
·227
·232
234·246
·254
·257
·261
1GraphsandSubgraphs
1.1GRAPHSANDSIMPLEGRAPHS
. AgraphGisanorderedtriple(V(G),E(G),t/!G)consistingofa '/erticesIiand'v'arecalledtheendsofe.Exarttple1
G=(\l(G),E(O),t/!G)
whereV(G)-={Vt,V2,V3,V4,vs}
E(G)={el,e2'e3,e4,es,e6,e"es}
andt/JCiisdefinedbyExample2
H=(V(H),E(H),t/!H)
whereV(H)={u,v,w,x,y}
E(H)={a,b,C,d,e,f,g,h}
andisdefinedby t/!H(a)=UV,t/!H(b)=UU,t/!H(C)=VW, t/!H(e)=vx,t/!H(f)=wx,t/!H(g)=ux, t/!H(d)=wx t/!H(h)=xy 2 GGraphTheorywithApplications
b h w HFigure1.1.DiagramsofgraphsGandH
isthis representingvertices lines'edges'. 8, V, V2Figure1.2.AnotherdiagramofG
representingavertexwhichis .possible.GraphsandSubgraphs3
immediately1.1.2).
beprovedinchapter9.) otheredgesofGarelinks. u (0) x (b)Figure1.3.Planarandnonplanargraphs
nontrivial. graphs. edgesingraphG.Moreover,whenjust
write,forinstance,4Graph.TheorywithApplications·
Exercises
isindeedplanar.1.1.3ShowthatifGissimple,thenE
1..2.GRAPHISOMORPHISM
andH.6(Vl)=y,6(V2)=x,O(V3)=U,O(V4)=v,8(v's)=w
and >(et)=h, >(es)=e, >(e2)=g, >(e6)=c, =b, >(e7)=d, >(e4)=a >(es)=f atoneedgejoinsanypairofvertices.) graphonnvertices;itisdenotedbyK n•AdrawingofK
s isshowninfigureGraphsandSubgraphs
(0)(b) 5 (c)Figure1.4.(a)K
5; (b)thecube;(c)K3•3
Exercises
and2differentfromtheonegiven. 1.2.2 vertices. onlyif6(u)6(v)EE(H). 6 1.2.6GraphTheorywithApplications
Showthatthefollowinggraphsareisomorphic:
1.2.7 1.2.81.2.10
1.2.11
1.2.12
Showthat
(a)e(Km,n)=mn; (b) ifGissimpleandbipartite,thenE<:v 2 /4. {n/m}verticesisdenotedbyT m•n•Showthat
e(Tm,n),withequalityonlyifG -Tm,n. O's3-cube.)Showthatthek-cubehas2
k vertices,k2 k-1 edgesandis bipartite. withvertexsetV,twoverticesbeingadjacentinGCifandonly
G isself-complementary,thenv=0,1(mod4). itself. servesadjacency,andthat thesetofsuchpermutationsformaGraphsandSubgraphs7
operationofcomposition. (b)Findf(K n) andf(Km,n). theidentity. vertexset {I,2,3}suchthatf(G)=A. shown morphismgroupofsomegraph.) V2,there.isan
1.3THEINCIDENCEANDADJACENCYMATRICES
v andtheedgesby e.,e2,· · ·,eE•
graph,its e1 e 1 e 2 e 3 e 4e s e 6 e, VIV2V 3v. V11100101VI0211
V21110000V22010
V 30011001
V31 101
V400 01120V
4 10-11M(G)A(G)
V484V3
GFigure1.5
8GraphTheorywithApplications
computers.Exercises
graphG. (a)ShowthateverycolumnsumofMis2.' (b)WhatarethecolumnsumsofA? sothattheadjacencymatrixofGhastheform whereA 21isthetransposeof'A 12 theautomorphismgroupofGisabelian
1.4SUBGRAPHS
, AgraphHisasubgraphofG(writtenHeG)ifV(H)cV(G),E(H)c isa asubgrap-h (orsupergraph)HwithV(H)=V(G),. .underly.ingsimplegraph. xo----ow c x0 cGraphsandSubgraphs9
u - u f yvyvyv 99dbd xwxwx cc