基于Multiagent獨(dú)特型人工免疫網(wǎng)絡(luò).pdf

1、西安電子科技大學(xué)碩士學(xué)位論文基于Multiagent獨(dú)特型人工免疫網(wǎng)絡(luò)姓名：楊斌申請學(xué)位級(jí)別：碩士專業(yè)：模式識(shí)別與智能系統(tǒng)指導(dǎo)教師：焦李成20050101ABSTRACTAbstractInmanyyears，naturalincludinghumanbeing，whichisimportantcontentandorientationinscientificresearcharealwaysinterestedbyscientists

2、andengineersViaresearchinginthisfield，wemasteralotofnaturalinformationwhichwasmysticalItismoreimportantthatwecanusingthesemysteriescontinueourwayofcognisingnature、conqueringnatureandharmoniouscoexistingwithnatureTheconce

3、ptionofAgentcamefromthecognitionofartificialintelligence：thefinalaimofartificialintelligenceisachievingintelligent“agent”thatcanreplacehumantransactingaffairsSo，duringtheearlyphase，peopledevotedalotofenergytotheresearcho

4、fmentalstateofAgentAgreatdealofmodelsandtheorieswereengen—deredoneaftertheother，forinstance，BDImodelbyCohenLevesque、BDImodelbyRan—GeorgeffandSOonButalongwiththedeepresearchtoAgent，thecognitionofAgenthavebeenextensiveAgen

5、thavebecomeamethodtodescribingintricatephenomenon、researchingintricatesystems、achievingintricateselfadaptivecalcu1ateBasedonidiotypicnetworktheoryandMultiagentsystemtheory，anovelartificialimmunesystemmodel，idiotypicnetwo

6、rkbasedonMultiagentandcorrespondingalgorithm，areproposedTheantibodiesproducedbytheBcellsareregardasagentsinthemodelTheyhavelocalperceptivity，theabilitiesofcompetition，coop—eration，selflearningetcAgroupofagentsbelongedtot

7、hesameBcellisasolutioninsolutionspaceAftercompetition，cooperationamongagentsanddevelopmentofnetwork，theindividualsinnetworkincludesatisfactorysolution，andthentheproblemissolvedInexperiments，weapplytheproposedalgorithmtoT