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计算机系统设计原理

计算机系统设计原理
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作者: [美] 著 , [美] 著
出版社: 清华大学出版社
2009-10
版次: 1
ISBN: 9787302212003
定价: 59.00
装帧: 平装
开本: 16开
纸张: 胶版纸
页数: 526页
正文语种: 简体中文，英语
原版书名: Principles of Computer System Design: An Introduction
分类: 教材教辅考试>教材>大学教材>计算机与互联网
1 张插图图片
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  • 　　《计算机系统设计原理（影印版）》由计算机系统设计的权威专家、美国麻省理工学院Saltzer和Kaashoek教授编写。《计算机系统设计原理（影印版）》是第一本阐述计算机系统设计中的基本原理和抽象的教材，是麻省理工开放式课程计划（MITOpenCourseware）中“计算机系统工程”课程的主教材。计算机系统的基本原理横跨于操作系统、网络、数据库、分布式系统、程序设计语言、软件工程以及计算机体系结构等方面。通过详细分析每个基本原理的案例，《计算机系统设计原理（影印版）》演示了如何应用这些原理和抽象来解决实际的计算机系统设计问题。《计算机系统设计原理（影印版）》的重点是计算机系统的设计，因此，《计算机系统设计原理（影印版）》阐述了那些在实践中已证明是成功的抽象概念，如命令、远程过程调用、客户/服务器组织结构、文件系统、事务处理、修复复制、读/写一致性，以及认证与保密消息等概念。这些抽象概念使得计算机系统设计者可以用功能日益强大的模块来构建计算机系统，保护计算机系统避免从意外的编程错误到恶意入侵在内的各种故障。《计算机系统设计原理（影印版）》描述了如何实现这些抽象概念，演示了如何把它们应用于不同的系统，为读者日后的设计工作打下基础。 　　JeromeH.SaltzerreceivedthedegreeofSc.D.inthefieldofElectricaIEngineeringin1966fromtheMassachusettsInstituteofTechnology.Since1966hehasbeenafacultymemberinM.I.I.sDepartmentofElectricaIEngineeringandComputerScience，wherehehelpedtoformulatetheoriginalundergraduatecurriculuminComputerScience.AttheM.I.TComputerScienceandArtificiaIIntelligenceLaboratoryhedesignedoneoftheearliestwidely-usedword..processingsystems；heparticipatedinthedevelopmentoftheMulticssystem，forwhichhedesignedthekerneIthreadpackageandwithstudentsandcolleaguesdevelopedthesecuritymechanismsandwhatwouldtodaybeknownasamicrokernel；togetherwithDavidClarkandDavidReed.hearticulatedtheend-to-endargument.akeyorganizingprincipleoftheInternet；andhewasalsoinvolvedinthedesignofatoken.passingringIocaIareanetwork.thenetworkingofpersonalcomputers，theKerberossingleloginauthenticationsystem.anddigitallibrarysystems.ProfessorSaltzerwasTechnicaIDirectorofM.I.TProjectAthena.asystemforundergraduateeducationandanearlyexampleofasystemoforganizationnowcalled"cloudcomputing".Throughouthiswork.hehashadaparticularinterestintheimpactofcomputersystemsonprivacyandtherisksofdependingonfragiletechnology.ProfessorSaltzerisamemberoftheNationaIAcademyofEngineering.aFellowoftheIEEEandtheAAAS，amemberoftheAssociationforComputingMachinery.theACMCommitteeonComputersandPublicPolicy.theCatalogRaisonneScholarsAssociation，aformermemberoftheComputerScienceandTelecommunicatiOnsBoardoftheNationalResearchCouncil.andaformermemberoftheMayorsTelecommunicationsAdvisoryBoardfortheCityofNewton.Massachusetts.
    　　M.FransKaashoekreceivedhisPh.D.in1992fromtheVriieUniversiteitinAmsterdam.TheNetherlands.fOrhisworkongroupcommunicationintheAmoebadistributedoperatingsystem，underthesupervisionofA.S.Tanenbaum.Since1993hehasbeenafacuitymemberinM.I.TsDepartmentofElectricaIEnqineeringandComputerScience.whereheandProfessorSaltzerco-developedthecoreundergraduatesubjectonfhedesignofcomputersystems.ProfessorKaashoekisamemberoftheComputerScienceandArtificialIntelligenceLaboratory.wherehisprincipalfieldofinterestisdesigningandbuildingcomputersystems.Heco.1eadstheparalleIanddistributedoperatingsystemsgroup.Hispastresearchincollaborationwithcolleaquesandstudentsincludestheexokerneloperatingsystem，theClickmodularrouter，theRONoverlay.theself.certifyingfilesystem，theChorddistributedhashtable，andtheAsbestossecureoperatingsystem.HealsoparticipatedinstartingtwosuccessfulITcompanies.ProfessorKaashoekisamemberoftheNationaIAcademyofEngineeringandtherecipientofseveralawards.includingtheinauguralACMSIGOPSMarkWeiserawardfordemonstratingcreativityandinnovationinoperatingsystemsresearch. PARTⅠ
    ListofSidebars
    Preface
    WheretofindPartⅡandotherOn-lineMaterials
    Acknowledgments
    CHAPTER1Systems
    Overview
    1.1SystemsandComplexity
    1.1.1CommonProblemsofSystemsinManyFields
    1.1.2Systems，Components，Interfaces，andEnvironments
    1.1.3Complexity
    1.2SourcesofComplexity
    1.2.1CascadingandInteractingRequirements
    1.2.2MaintainingHighUtilization
    1.3CopingwithComplexityⅠ
    1.3.1Modularity
    1.3.2Abstraction
    1.3.3Layering
    1.3.4Hierarchy
    1.3.5PuttingitBackTogether：NamesmakeConnections
    1.4ComputerSystemsaretheSamebutDifferent
    1.4.1ComputerSystemshavenoNearbyBoundsonComposition
    1.4.2d(technology)/dtisUnprecedented
    1.5CopingwithComplexityⅡ
    1.5.1WhyModularity，Abstraction，Layering，andHierarchyarentEnough
    1.5.2Iteration
    1.5.3KeepitSimple
    WhattheRestofthisBookisAbout
    Exercises

    CHAPTER2ElementsofComputerSystemOrganization
    Overview
    2.1TheThreeFundamentalAbstractions
    2.1.1Memory2.1.2Interpreters
    2.1.3CommunicationLinks
    2.2NaminginComputerSystems
    2.2.1TheNamingModel
    2.2.2DefaultandExplicitContextReferences
    2.2.3PathNames，NamingNetworks，andRecursiveNameResolution
    2.2.4MultipleLookup：SearchingthroughLayeredContexts
    2.2.5ComparingNames
    2.2.6NameDiscovery
    2.3OrganizingComputerSystemswithNamesandLayers
    2.3.1AHardwareLayer：TheBus
    2.3.2ASoftwareLayer：TheFileAbstraction
    2.4LookingBackandAhead
    2.5CaseStudy：UNIXFileSystemLayeringandNaming
    2.5.1ApplicationProgrammingInterfacefortheUNIXFile-System
    2.5.2TheBlockLayer
    2.5.3TheFileLayer
    2.5.4TheInodeNumberLayer
    2.5.5TheFileNameLayer
    2.5.6ThePathNameLayer
    2.5.7Links
    2.5.8Renaming
    2.5.9TheAbsolutePathNameLayer
    2.5.10TheSymbolicLinkLayer
    2.5.11ImplementingtheFileSystemAPI
    2.5.12TheShellandImpliedContexts，SearchPaths，andNameDiscovery
    2.5.13SuggestionsforFurtherReading
    Exercises

    CHAPTER3TheDesignofNamingSchemes
    Overview
    3.1ConsiderationsintheDesignofNamingSchemes
    3.1.1ModularSharing
    3.1.2MetadataandNameOverloading
    3.1.3Addresses：NamesthatLocateObjects
    3.1.4GeneratingUniqueNames
    3.1.5IntendedAudienceandUser-FriendlyNames
    3.1.6RelativeLifetimesofNames，Values，andBindings
    3.1.7LookingBackandAhead：NamesareaBasicSystemComponent
    3.9CaseStudy：TheUniformResourceLocator(URL)
    3.2.1SurfingasaReferentialExperience;NameDiscovery
    3.2.2InterpretationoftheURL
    3.2.3URLCaseSensitivity
    3.2.4WrongContextReferencesforaPartialURL
    3.2.5OverloadingofNamesinURLs
    3.3WarStories：PathologiesintheUseofNames
    3.3.1ANameCollisionEliminatesSmilingFaces
    3.3.2FragileNamesfromOverloading，andaMarketSolution...
    3.3.3MoreFragileNamesfromOverloading，withMarketDisruption
    3.3.4Case-SensitivityinUser-FriendlyNames
    3.3.5RunningOutofTelephoneNumbers
    Exercises

    CHAPTER4EnforcingModularitywithClientsandServices
    Overview
    4.1Client/ServiceOrganization
    4.1.1FromSoftModularitytoEnforcedModularity
    4.1.2Client/ServiceOrganization
    4.1.3MultipleClientsandServices
    4.1.4TrustedIntermediaries
    4.1.5ASimpleExampleService
    4.2CommunicationBetweenClientandService
    4.2.1RemoteProcedureCall(RPC)
    4.2.2RPCsarenotIdenticaltoProcedureCalls
    4.2.3CommunicatingthroughanIntermediary
    4.3SummaryandTheRoadAhead
    4.4CaseStudy：TheInteruetDomainNameSystem(DNS)
    4.4.1NameResolutioninDNS
    4.4.2HierarchicalNameManagement
    4.4.3OtherFeaturesofDNS
    4.4.4NameDiscoveryinDNS
    4.4.5TrustworthinessofDNSResponses
    4.5CaseStudy：TheNetworkFileSystem(NFS)
    4.5.1NamingRemoteFilesandDirectories
    4.5.2TheNFSRemoteProcedureCalls
    4.5.3ExtendingtheunixFileSystemtoSupportNFS
    4.5.4Coherence
    4.5.5NFSVersion3andBeyond
    Exercises

    CHAPTER5EnforcingModularitywithVirtualization
    Overview
    5.1Client/ServerOrganizationwithinaComputerUsingVirtualization
    5.1.1AbstractionsforVirtualizingComputers
    5.1.2EmulationandVirtualMachines
    5.1.3Roadmap：Step-by-StepVirtualization
    5.2VirtualLinksUsingSEND，RECEIVE，andaBoundedBuffer
    5.2.1AnInterfaceforSENDandRECEIVEwithBoundedBuffers
    5.2.2SequenceCoordinationwithaBoundedBuffer
    5.2.3RaceConditions
    5.2.4LocksandBefore-or-AfterActions
    5.2.5Deadlock
    5.2.6ImplementingACQUIREandRELEASE
    5.2.7ImplementingaBefore-or-AfterActionUsingtheOne-WriterPrinciple
    5.2.8CoordinationbetweenSynchronousIslandswithAsynchronousConnections
    5.3EnforcingModularityinMemory
    5.3.1EnforcingModularitywithDomains
    5.3.2ControlledSharingUsingSeveralDomains
    5.3.3MoreEnforcedModularitywithKernelandUserMode
    5.3.4GatesandChangingModes
    5.3.5EnforcingModularityforBoundedBuffers
    5.3.6TheKernel
    5.4VirtualizingMemory
    5.4.1VirtualizingAddresses
    5.4.2TranslatingAddressesUsingaPageMap
    5.4.3VirtualAddressSpaces
    5.4.4HardwareversusSoftwareandtheTranslationLook-AsideBuffer
    5.4.5Segments(AdvancedTopic)
    5.5VirtualizingProcessorsUsingThreads
    5.5.1SharingaProcessorAmongMultipleThreads
    5.5.2ImplementingYIELD
    5.5.3CreatingandTerminatingThreads
    5.5.4EnforcingModularitywithThreads：PreemptiveScheduling
    5.5.5EnforcingModularitywithThreadsandAddressSpaces
    5.5.6LayeringThreads
    ……
    PARTⅡON-LINE
    SuggestionsforFurtherReading
    ProblemSets
    Glossary
    CompleteIndextoPartsⅠandⅡ
  • 内容简介:
    　　《计算机系统设计原理（影印版）》由计算机系统设计的权威专家、美国麻省理工学院Saltzer和Kaashoek教授编写。《计算机系统设计原理（影印版）》是第一本阐述计算机系统设计中的基本原理和抽象的教材，是麻省理工开放式课程计划（MITOpenCourseware）中“计算机系统工程”课程的主教材。计算机系统的基本原理横跨于操作系统、网络、数据库、分布式系统、程序设计语言、软件工程以及计算机体系结构等方面。通过详细分析每个基本原理的案例，《计算机系统设计原理（影印版）》演示了如何应用这些原理和抽象来解决实际的计算机系统设计问题。《计算机系统设计原理（影印版）》的重点是计算机系统的设计，因此，《计算机系统设计原理（影印版）》阐述了那些在实践中已证明是成功的抽象概念，如命令、远程过程调用、客户/服务器组织结构、文件系统、事务处理、修复复制、读/写一致性，以及认证与保密消息等概念。这些抽象概念使得计算机系统设计者可以用功能日益强大的模块来构建计算机系统，保护计算机系统避免从意外的编程错误到恶意入侵在内的各种故障。《计算机系统设计原理（影印版）》描述了如何实现这些抽象概念，演示了如何把它们应用于不同的系统，为读者日后的设计工作打下基础。
  • 作者简介:
    　　JeromeH.SaltzerreceivedthedegreeofSc.D.inthefieldofElectricaIEngineeringin1966fromtheMassachusettsInstituteofTechnology.Since1966hehasbeenafacultymemberinM.I.I.sDepartmentofElectricaIEngineeringandComputerScience，wherehehelpedtoformulatetheoriginalundergraduatecurriculuminComputerScience.AttheM.I.TComputerScienceandArtificiaIIntelligenceLaboratoryhedesignedoneoftheearliestwidely-usedword..processingsystems；heparticipatedinthedevelopmentoftheMulticssystem，forwhichhedesignedthekerneIthreadpackageandwithstudentsandcolleaguesdevelopedthesecuritymechanismsandwhatwouldtodaybeknownasamicrokernel；togetherwithDavidClarkandDavidReed.hearticulatedtheend-to-endargument.akeyorganizingprincipleoftheInternet；andhewasalsoinvolvedinthedesignofatoken.passingringIocaIareanetwork.thenetworkingofpersonalcomputers，theKerberossingleloginauthenticationsystem.anddigitallibrarysystems.ProfessorSaltzerwasTechnicaIDirectorofM.I.TProjectAthena.asystemforundergraduateeducationandanearlyexampleofasystemoforganizationnowcalled"cloudcomputing".Throughouthiswork.hehashadaparticularinterestintheimpactofcomputersystemsonprivacyandtherisksofdependingonfragiletechnology.ProfessorSaltzerisamemberoftheNationaIAcademyofEngineering.aFellowoftheIEEEandtheAAAS，amemberoftheAssociationforComputingMachinery.theACMCommitteeonComputersandPublicPolicy.theCatalogRaisonneScholarsAssociation，aformermemberoftheComputerScienceandTelecommunicatiOnsBoardoftheNationalResearchCouncil.andaformermemberoftheMayorsTelecommunicationsAdvisoryBoardfortheCityofNewton.Massachusetts.
    　　M.FransKaashoekreceivedhisPh.D.in1992fromtheVriieUniversiteitinAmsterdam.TheNetherlands.fOrhisworkongroupcommunicationintheAmoebadistributedoperatingsystem，underthesupervisionofA.S.Tanenbaum.Since1993hehasbeenafacuitymemberinM.I.TsDepartmentofElectricaIEnqineeringandComputerScience.whereheandProfessorSaltzerco-developedthecoreundergraduatesubjectonfhedesignofcomputersystems.ProfessorKaashoekisamemberoftheComputerScienceandArtificialIntelligenceLaboratory.wherehisprincipalfieldofinterestisdesigningandbuildingcomputersystems.Heco.1eadstheparalleIanddistributedoperatingsystemsgroup.Hispastresearchincollaborationwithcolleaquesandstudentsincludestheexokerneloperatingsystem，theClickmodularrouter，theRONoverlay.theself.certifyingfilesystem，theChorddistributedhashtable，andtheAsbestossecureoperatingsystem.HealsoparticipatedinstartingtwosuccessfulITcompanies.ProfessorKaashoekisamemberoftheNationaIAcademyofEngineeringandtherecipientofseveralawards.includingtheinauguralACMSIGOPSMarkWeiserawardfordemonstratingcreativityandinnovationinoperatingsystemsresearch.
  • 目录:
    PARTⅠ
    ListofSidebars
    Preface
    WheretofindPartⅡandotherOn-lineMaterials
    Acknowledgments
    CHAPTER1Systems
    Overview
    1.1SystemsandComplexity
    1.1.1CommonProblemsofSystemsinManyFields
    1.1.2Systems，Components，Interfaces，andEnvironments
    1.1.3Complexity
    1.2SourcesofComplexity
    1.2.1CascadingandInteractingRequirements
    1.2.2MaintainingHighUtilization
    1.3CopingwithComplexityⅠ
    1.3.1Modularity
    1.3.2Abstraction
    1.3.3Layering
    1.3.4Hierarchy
    1.3.5PuttingitBackTogether：NamesmakeConnections
    1.4ComputerSystemsaretheSamebutDifferent
    1.4.1ComputerSystemshavenoNearbyBoundsonComposition
    1.4.2d(technology)/dtisUnprecedented
    1.5CopingwithComplexityⅡ
    1.5.1WhyModularity，Abstraction，Layering，andHierarchyarentEnough
    1.5.2Iteration
    1.5.3KeepitSimple
    WhattheRestofthisBookisAbout
    Exercises

    CHAPTER2ElementsofComputerSystemOrganization
    Overview
    2.1TheThreeFundamentalAbstractions
    2.1.1Memory2.1.2Interpreters
    2.1.3CommunicationLinks
    2.2NaminginComputerSystems
    2.2.1TheNamingModel
    2.2.2DefaultandExplicitContextReferences
    2.2.3PathNames，NamingNetworks，andRecursiveNameResolution
    2.2.4MultipleLookup：SearchingthroughLayeredContexts
    2.2.5ComparingNames
    2.2.6NameDiscovery
    2.3OrganizingComputerSystemswithNamesandLayers
    2.3.1AHardwareLayer：TheBus
    2.3.2ASoftwareLayer：TheFileAbstraction
    2.4LookingBackandAhead
    2.5CaseStudy：UNIXFileSystemLayeringandNaming
    2.5.1ApplicationProgrammingInterfacefortheUNIXFile-System
    2.5.2TheBlockLayer
    2.5.3TheFileLayer
    2.5.4TheInodeNumberLayer
    2.5.5TheFileNameLayer
    2.5.6ThePathNameLayer
    2.5.7Links
    2.5.8Renaming
    2.5.9TheAbsolutePathNameLayer
    2.5.10TheSymbolicLinkLayer
    2.5.11ImplementingtheFileSystemAPI
    2.5.12TheShellandImpliedContexts，SearchPaths，andNameDiscovery
    2.5.13SuggestionsforFurtherReading
    Exercises

    CHAPTER3TheDesignofNamingSchemes
    Overview
    3.1ConsiderationsintheDesignofNamingSchemes
    3.1.1ModularSharing
    3.1.2MetadataandNameOverloading
    3.1.3Addresses：NamesthatLocateObjects
    3.1.4GeneratingUniqueNames
    3.1.5IntendedAudienceandUser-FriendlyNames
    3.1.6RelativeLifetimesofNames，Values，andBindings
    3.1.7LookingBackandAhead：NamesareaBasicSystemComponent
    3.9CaseStudy：TheUniformResourceLocator(URL)
    3.2.1SurfingasaReferentialExperience;NameDiscovery
    3.2.2InterpretationoftheURL
    3.2.3URLCaseSensitivity
    3.2.4WrongContextReferencesforaPartialURL
    3.2.5OverloadingofNamesinURLs
    3.3WarStories：PathologiesintheUseofNames
    3.3.1ANameCollisionEliminatesSmilingFaces
    3.3.2FragileNamesfromOverloading，andaMarketSolution...
    3.3.3MoreFragileNamesfromOverloading，withMarketDisruption
    3.3.4Case-SensitivityinUser-FriendlyNames
    3.3.5RunningOutofTelephoneNumbers
    Exercises

    CHAPTER4EnforcingModularitywithClientsandServices
    Overview
    4.1Client/ServiceOrganization
    4.1.1FromSoftModularitytoEnforcedModularity
    4.1.2Client/ServiceOrganization
    4.1.3MultipleClientsandServices
    4.1.4TrustedIntermediaries
    4.1.5ASimpleExampleService
    4.2CommunicationBetweenClientandService
    4.2.1RemoteProcedureCall(RPC)
    4.2.2RPCsarenotIdenticaltoProcedureCalls
    4.2.3CommunicatingthroughanIntermediary
    4.3SummaryandTheRoadAhead
    4.4CaseStudy：TheInteruetDomainNameSystem(DNS)
    4.4.1NameResolutioninDNS
    4.4.2HierarchicalNameManagement
    4.4.3OtherFeaturesofDNS
    4.4.4NameDiscoveryinDNS
    4.4.5TrustworthinessofDNSResponses
    4.5CaseStudy：TheNetworkFileSystem(NFS)
    4.5.1NamingRemoteFilesandDirectories
    4.5.2TheNFSRemoteProcedureCalls
    4.5.3ExtendingtheunixFileSystemtoSupportNFS
    4.5.4Coherence
    4.5.5NFSVersion3andBeyond
    Exercises

    CHAPTER5EnforcingModularitywithVirtualization
    Overview
    5.1Client/ServerOrganizationwithinaComputerUsingVirtualization
    5.1.1AbstractionsforVirtualizingComputers
    5.1.2EmulationandVirtualMachines
    5.1.3Roadmap：Step-by-StepVirtualization
    5.2VirtualLinksUsingSEND，RECEIVE，andaBoundedBuffer
    5.2.1AnInterfaceforSENDandRECEIVEwithBoundedBuffers
    5.2.2SequenceCoordinationwithaBoundedBuffer
    5.2.3RaceConditions
    5.2.4LocksandBefore-or-AfterActions
    5.2.5Deadlock
    5.2.6ImplementingACQUIREandRELEASE
    5.2.7ImplementingaBefore-or-AfterActionUsingtheOne-WriterPrinciple
    5.2.8CoordinationbetweenSynchronousIslandswithAsynchronousConnections
    5.3EnforcingModularityinMemory
    5.3.1EnforcingModularitywithDomains
    5.3.2ControlledSharingUsingSeveralDomains
    5.3.3MoreEnforcedModularitywithKernelandUserMode
    5.3.4GatesandChangingModes
    5.3.5EnforcingModularityforBoundedBuffers
    5.3.6TheKernel
    5.4VirtualizingMemory
    5.4.1VirtualizingAddresses
    5.4.2TranslatingAddressesUsingaPageMap
    5.4.3VirtualAddressSpaces
    5.4.4HardwareversusSoftwareandtheTranslationLook-AsideBuffer
    5.4.5Segments(AdvancedTopic)
    5.5VirtualizingProcessorsUsingThreads
    5.5.1SharingaProcessorAmongMultipleThreads
    5.5.2ImplementingYIELD
    5.5.3CreatingandTerminatingThreads
    5.5.4EnforcingModularitywithThreads：PreemptiveScheduling
    5.5.5EnforcingModularitywithThreadsandAddressSpaces
    5.5.6LayeringThreads
    ……
    PARTⅡON-LINE
    SuggestionsforFurtherReading
    ProblemSets
    Glossary
    CompleteIndextoPartsⅠandⅡ
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