简介：CoordinatesofthekeyfacialfeaturepointscanbecapturedbymotioncapturesystemOPTOTRAKwithreal-timecharacterandhighaccuracy.Thefacialmodelisconsideredasanundirectedweightedgraph.Byiterativelysubdividingtherelatedtriangleedges,thegeodesicdistancebetweenpointsonthemodelsurfaceisfinallyobtained.TheRBF(RadialBasisFunctions)interpolationtechniquebasedongeodesicdistanceisappliedtogeneratedeformationofthefacialmeshmodel.Experimentalresultsdemonstratethatthegeodesicdistancecanexplorethecomplextopologyofhumanfacemodelsperfectlyandthemethodcangeneraterealisticfacialexpressions.

简介：Wepresentamethodthatcombinesperformance-drivenmethodwithsegmented3Dblendshapemodelstoanimateaface.Firstwepreparekeysampleexamplesandcorrespondingkeytargetexamples.Nextwesegmentthewholefaceintotworegions,foreachregionwereducedimensionalityofsourceexamplesusingPACintoabstractspacewhichisdefinedbytruncatedPCAeigenvectors.Thenforeachexamplewefixthecardinalbasefunction,whichcandeterminetheweightofthetargetexample.Finally,intheanimationstagewecomputetheweightofeachexampleforeachframeandaddtheweighteddisplacementvectorsofeachregiononthegeneralfacemodel.

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简介：Theplatformconsistsofthreelayers:themanagementservicelayeradministerstheinfrastructureofthewholeplatform;theintegrationservicelayerprovidesthecoreintegrationfunctionsandtheuserservicelayersatisfiestheenterpriseintegrationdemands.Forthepurposeofaccommodatingthecharacteristicsofmoldmakingcompanies,anevent-drivenenterpriseservicebusworkingastheheartoftheplatformisrealized.AprototypesystemcombiningWebservices,BusinessProcessExecutionLanguage(BPEL)andWebOntologyLanguage(OWL)isimplemented.Theclientsandsuppliersandtheapplicationsofmoldmakingcompanyareintegratedinaloosely-coupledwaythroughtheservicesprovidedbytheplatform.Meanwhilethesharingofdataandknowledge,andthecoordinationofbusinessprocessarerealized.Byadoptingtheplatform,anewapproachisprovidedtosolvetheproblemofdesignandmanufactureintegrationforintraandintermoldmakingcompanies.