基于哈佛体系结构的集装箱码头物流系统建模仿真研究

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1、武汉理工大学博士学位论文基于哈佛体系结构的集装箱码头物流系统建模仿真研究姓名：李斌申请学位级别：博士专业：机械制造及其自动化指导教师：李文锋20091001并将计算机体系结构设计的量化原则及其相关定律引入到基于HA．AC的CTLS建模体系下，对前述的的重点生产环节进行分析和评估，完成了基于HA．AC的CTLS建模体系下生产调度状况的解析，亦验证和分析了此建模和调度理论的可行性与可信性。关键词：集装箱码头物流系统；哈佛体系结构；基于Agent的计算；操作系统；生产调度IlAbstractContainershipp

2、ingisakindofhigh·efficiencyandlarge。scaletransportationmode．whichconstitutesthebaseofinternationallogisticssystemtogether州tIlinformationnetwork．Containerterminallogisticssystem(CTLS)whoseoperationalobjectisthecontaineristhehighlycomplexlogisticssystem，whichis

3、madeupofhandlingandtransportationsection，operationalschedulingsection，andmanagementinformationsection．Atthesametime，whetherthearrivaltimeofthecontainershipsandthecontainertrucksorthehandlingquantityofshipsischaracteristicofmuchrandomicity．SotheoperationofCTLS

4、possessesfeaturesofdiscreteness，dynamicanduncertainty．Underthebackgroundoftheincreasinglarge-scaleandhigh-speedofthecontainershipsandthecut．throatcompetitionamongtheportsdaybyday,theschedulinganddecision-makinglevelofCTLSpossessesthesignificantfunctiontoimpro

5、vethecompetitivenessofharbor．Thisdissertationfusestheideologyandmethodologyofsystemsengineering，softwareengineeringandindustrialengineering，andpresentsthesubsequentmodelingthoughts：thehandlingandtransportationinCTLSisregardedasasortofgeneralizedcomputing，andt

6、heclassicalprecisecomputationanddistributedcontrolarchitecture⋯Harvardarchitectureandagent—basedcomputing(HA—AC)issynchronizedtodescribeandmodelCTLStoobtainafire-newthemodelingandschedulingthinkingofCTLS．TheapplicationstudyonCTLSisdeployedonthebasisoftheabove

7、idea．Themaincontentsandfruitsinthispaperarelistedasfollows：(1)Theoperationofimportcontainers，exportcontainers，transfercontainersandtheircollectinganddistributinginCTLSisanalyzeddetailedlyfromtheangleofflexiblemanufacturingsystem(FMS)toadvancethehandlingdispla

8、cementmodelofCTLS．onwhichthecoreofCTLSisdisassembledinto18agentsconsequentlysupposingthatcontainerlogisticsandinformationflowaretherunningbackboneandthecoreofCTLS．(2)CTLSandcomputersystem