简介：SinceManufacturingExecutionSystem(MES)isabridgewhichlinkstheupperplanningsystemoftheenterpriseandthecontrolsystemoftheshopfloor,variouskindsoftheinformationwithdifferentcharacteristicsflowthroughthesystem.TheinformationenvironmentofMESanditseffectonMESschedulingareanalyzed.Amethodologicalproposalisgiventoaddresstheproblemofagileschedulinginacomplexinformationenvironment,basedonwhichamicroeconomicmarketandgametheoreticmodel-basedschedulingapproachispresented.Thefuturedevelopmentofthismethodisalsodiscussed.

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简介：Thisworkintroducesascalableandefficienttopologicalstructurefortetrahedralandhexahedralmeshes.Thedesignofthedatastructureaimsatmaximalflexibilityandhighperformance.Itprovidesahighscalabilitybyusinghierarchicalrepresentationsoftopologicalelements.Theproposeddatastructureisarray-based,anditisacompactrepresentationofthehalf-edgedatastructureforvolumeelementsandhalf-facedatastructureforvolumetricmeshes.Thisguaranteesconstantaccesstimetotheneighborsofthetopologicalelements.Inaddition,anopen-sourceimplementationnamedOpenVolumetricMesh(OVM)oftheproposeddatastructureiswritteninC++usinggenericprogrammingconcepts.

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