2023年6月24日发(作者：)

DOI:10.1111/TERGRAPHICSVolume27(2008),number6pp.1539–1556forumAsurveyonMeshSegmentationTechniquesArielShamirEfiAraziSchoolofComputerScience,TheInterdisciplinaryCentre,Herzliya,IsraelAbstractWepresentareviewofthestately,thesehavebecomeapartofmanymeshandobjectmanipulationalgorithmsincomputergraphics,ulatethesegmentationproblemasanoptimizationproblemandidentifytwoprimarilydistincttypesofmeshsegmentation,sifyprevioussegmentationsolutionsaccordingtothedifferentsegmentationgoals,theoptimizationcriteriaandfeaturesused,ds:meshsegmentation,meshpartioning,clusteringACMCCS:1.3.5[ComputingMethodologies]:ComputerGraphicsComputationalGeometryandObjectMod-eling;I.3.6[ComputingMethodologies]:uctionMeshsegmentation(ormeshpartitioning)hasbecomeakeyingredientitationassistsparametriza-tion,texturemapping,shapematching,morphing,multi-resolutionmodelling,meshediting,compression,er,shapeunderstandingandsemanticsbasedobjectrepresentationmustrelyonfeatureextractionandst[Aim]).Techniquesdevelopedforsegmentationborrowfromre-latedfieldssuchasimagesegmentation,finiteelementmeshespartitioning,report,wesurveythedifferenttechniquesusedforvariouspurposes,andillustratehowtheycanbeclassifiovidesbetterunder-standingastothestrengthsandweaknessesofeeisnotasinglecriteriontoevaluatemeshsegmen-tationresults,ourattemptistoformulatethesegmentationproblemasanoptimizationproblem[Sha04]usingdifferentcriteriafordifferentapplicationstodefiriteriaarebasedonvariousmeshpropertiesorfeatures,that2007TheAuthorc2007TheEurographicsAssociationandJournalcompilation