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AGENTBASEDCOOPERATIVENCCONCEPTUALDESIGNZHIGANGXUDESIGNTECHNOLOGYBINBJL0I8NBJ1ILLIGLE1LIGILEFOLLOWINGDESIGNCONSTRAINTSCANBEGOTACCORDINGTOTHEDESIGNSPECIFICATIONSOFLATHE,THE1IFTHEWORKPIECEISHEAVY,THENTHEWORKPIECECANNOTMOVEVERTICALLY2IFTHEWORKPIECEISINHIGHPRECISION,THENTHEWORKPIECEISFIXEDORHASONLYONETRANSLATIONMOVEMENT3IFTHEWORKPIECEISHEAVYANDINHIGHPRECISION,THENTHEWORKPIECEJIGMUSTBEADJACENTWITHTHEBASE23MODULEDISPLAYTHENCCONCEPTUALLAYOUTMODELCANBEEXPRESSEDPRECISELYBYARRANGINGDIFFERENTMODULESINANEXPLICITWAYFIG1BISANEXAMPLEOFFIVEAXISNCLAYOUTMODELWITHX,Y,ZTRANSLATIONMOVEMENTANDA,BROTATIONFIG1CISTHE“C“SHAPERINGLISTMODELITISACLOSERINGFROMCUTTERTOWORKPIECECONTROLMODULEFIG2AGENTARCHITECTUREDEFINITION4AGENTISDESCRIBEDASASEXTUPLEAID,COMMUNICATION,ACQUAINTANCE,COOPERATE,ASSESSMENT,CONTROLLLLLLLLLLLLLIL3554MANAGEMENTOFTHEDESIGNPROCESSBASEDONAGENTTHEENGINEERINGDESIGNISVIEWEDASADISTRIBUTEDSYSTEMCONSISTINGOFVARIOUSAUTONOMOUSENTITIESCOMPLETINGTHESPECIALTASKTHROUGHCOOPERATION31THEREARETWOKINDSOFBASICELEMENTSINTHESYSTEMENTITIESANDACTIVITIESTHEENTITYINCLUDESTHECADSYSTEMSDEALINGMAINLYWITHTHEGRAPHICISSUES,USERSANDVARIOUSAGENTSINFORMATIONHANDLINGACTIVITYISTHEPROCESSOFTHEENTITYPERFORMINGTHEDESIGNPROCESSINTHEDESIGNINGPROCESSTHEREAREALSOTWOCATEGORIESOFINFORMATIONFOREGROUNDANDBACKGROUND4,TABLE1ISTHELISTOFINFORMATIONANDTHECORRESPONDINGACTIVITIESANDPARTICIPANTSDEFINITION5THEAGENTORIENTEDCOOPERATIVEDESIGNSYSTEMDSISAQUINTUPLEA,TR,EV,OR,AMONGWHICH,AISTHESETOFAGENTS,TRISTHEDESIGNTRANSACTION,EISTHESETOFEVENTS,ORISTHEORGANIZATIONINCLUDINGCADSYSTEM,VARIOUSUSERSETCEVENTISTHESTATECHANGEOFTHESYSTEMTRIGGEREDBYUSERS,CADSYSTEMANDAGENTSTAKINGPARTINTHEDESIGNPROCESS,COOPERATIONBETWEENAGENTSANDTHECOMMUNICATIONWITHTHEOUTSIDEWORLDINTHISCONCEPTUALMODEL,THEPRODUCTDESIGNPROCESSESISANACTIVITYSETOFAGROUPOFAGENTSANDACTIVITIESUNDERTAKINGBYTHECOOPERATIVEWORKOFAGENTSWITHTHEINTERFERENCEOFUSERS5ILLUSTRATIONOFTHEDESIGNINGPROCESSDEFINITION6EVENTISASEXTUPLEEID,ESTATE,EPRE,EAG,EAC,EPOST,WHEREEIDISTHENAMEOFEVENTS,ESTATEISTHEPRESENTSYSTEMSTATE,EPREISTHEPRECONDITIONTRIGGERINGTHEEVENTEAGISTHESETOFACTIVATEDAGENT,EACISTHEACTIONTAKINGBYTHEAGENT,EPOSTISTHESTATECAUSEDBYTHISEVENTFIG3GIVETHEEVENTDESCRIPTIONEPRBCONDITIOESTATEPARTICIPANTFIG3EVENTDESCRIPTIONIFTHEDESIGNOFACOMPLEXNCMILLERISWANTED,WHICHCANPROCESSTURBINEBLADE,THECUTTERSHOULDMOVESIMULTANEIOUSLYINFIVEAXIS,SAYX,Y,Z,A,B,IETHECUTTERHAS5DOFDEGREEOFFREEDOMTHISISTHEDESIGNPRECONDITIONIFTHEPARTISLIGHT,FROMTHEDESIGNINGCONSTRAINTSINCHAPTER22,THEMOVEMENTOFTHEPARTHASNOLIMITATIONSTHENTHEEPROHASTWOHUES1X,Y,Z,A,BFIVEDOFOFCUTTER,2THEPARTPROPERTYISLIGHTDEFINITION7TRANSACTIONISASEQUENCEOFEVENTS,ONETRANSACTIONISANACCEPTABLESOLUTIONWHICHCANSATISFYTHEMODULECONSTRAINSANDTHEDESIGNINGCONSTRAINTSTEID1INTERACTABLE0UNINTERACTABLENCMILLINGMACHINEHASA“C“LISTSTRUCTUREWHICHTAKETHEWORKPIECEASTHESTARTINGPOINTANDTHECUTTERASTHEENDINGPOINT51ORVICEVERSASOTHEDESIGNACTIVITYPROCESSWITHWORKPIECE,ITFIRSTDEALWITHTHEMODULEWHICHHOLDTHEWORKPIECETABLE1356FOREVENT1EIDL00THEAGENTSTATEEAGEPREX,Y,Z,A,BFIVECUTTERDOFISLIGHTPARTPROPERTY0USER0WAITING0CADSYSTEM0WAITINGATTHISPOINTALLTHEMODULESCANBETRIGGERED,IFRYISTRIGGEREDWHICHCANREALIZETHE“Y”TRANSLATIONTHENTHECONDITIONWILLBECHANGED0SOFORTHEEVENT2EID200EPOSTCUTTERLOSTONEDOFDEGREEOFFREEDOMEPREX,Z,A,BFOURMOVEMENTISLIGHTPARTAGENTSTATEEAGFROMTHEMODULECONSTRAINS,RYCANNOTCONNECTWITHHES,HV,RV,RZ,SOTHEPROPERTY0USER0WAITING00CADSYSTEMSTATE0WAITINGATTHISTIME,IFTHEHZISTRIGGERED,THENEPOSTCUTTERLOSTONEDOFDEGREEOFFREEDOMAFTERSIXEVENTS,THEDOFOFCUTTERREACHED0,ONEDESIGNTRANSACTIONHASBEENFINISHEDTHERESULTOFONETRANSACTIONISVIEWEDASONEACCEPTABLESOLUTIONVARIOUSPOSSIBLESOLUTIONSWILLBERECORDEDANDCOMPAREDAMONGEACHTRANSACTION,USERWILLINTERACTWITHCADSYSTEM,COMPAREANDTALKABOUTTHEEXISTINGSOLUTIONSWITHOTHERDESIGNERSFIG1BISONETRANSACTION,WHICHDENOTESTHE5AXISNCLAYOUT,THOUGHITMAYNOTBETHEOPTIMALSOLUTION6EXAMPLEFIG4GIVESTHETREESTRUCTUREMULTISOLUTIONPARADIGMBASEDONAGENTINFIG4,“BASE”ISTHEINPUTORBEGINNINGFROMTHISPOINT,THEWHOLESYSTEMWILLWORKUNDERTHEMONITOROFMODULARCONSTRAINTSINTHEDESIGNPROCESS,LOWERMODULESDERIVEDUPPERMODULES,ANDITISDIVERGENTMOREOFTENTHANNOT,THERESULTMAYGOBEYONDTHELEASTCONSERVEDTRADITIONALCONVENTIONS,SOMEMAYSEEMTOBERIDICULOUS,BUTTHATMAYMEANSCREATIVITYBYINTRODUCINGDESIGNCONSTRAINIS,THESOLUTIONSMAYBECONVERGEDGREATLYWITHMORECONSTRAINTSBEINGINTRODUCED,THERESULTMAYBEMOREANDMOREREALISTICFOREXAMPLE,THETHICKENEDCURVEFOLLOWEDBYRYTYTXHBASEVBASETZRXINFIG4ISONEFEASIBLENCCONCEPTUALSTRUCTUREINFIG1CLE_LM”L7QHBASETFIG4MULTISOLUTIONINNCLAYOUTDESIGN7CONCLUSIONANDACKNOWLEGEMENTTHENCSTRUCTURECONCEPTUALDESIGNMODELBASEDONAGENTDESCRIBEDINTHISPAPERISNOWUNDERINTENSEDEVELOPMENTTHEFUTUREWORKWILLFOCUSEONTHESOLUTIONQUALIFICATIONMECHANISM,NOWITDEPENDSMAINLYONTHEDESIGNERSTOCOMPARETHEVARIOUSCONCEPTUALSTRUCTURES,ONLYAFTERTHECOMPUTERTELLWHICHISFEASIBLEANDWHICHISBETTER,CANWEREALIZESOMEREALFORMOFCREATIVITYTHISPROJECTISSUPPORTEDBYTHESHANDONGPROVINCIALEXCELLENTYOUNGSCIENTISTAWARD8REFERENCELHUWEIGANGDEVELOPMENTANDPRACTICEOFMACHINETOOLMODULARIZATIONANDTHEINTELLIGENTSUPPORTINGSYSTEM,DOCTORALTHESIS,HUAZHONGINSTITUTEOFTECHNOLOGY,WUHAN,1994,62XUZHIGANG,HUANGKEZHENG,AIXING,COOPERATIVEPROBLEMSOLVINGINMECHANICALMULTIAGENTSYSTEMS,INTEMATIONALPROOFWORKSHOPONCSCWINDESIGN,1996,6,BEIJING,PRCHINA3ZENGGUANGZHOU,SUNBOQIAMETHODFORSOFTWAREREQUIREMENTENGINEERINGBASEDONSYSTEMSIMULATIONANDITSSUPPORTING