嵌入式计算系统设计原理(英文版)(第2版)
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九品
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作者 [美]沃尔夫(Wolf W.) 著
出版社 机械工业出版社
出版时间 2009-01
版次 1
装帧 平装
货号 A14
上书时间 2024-10-31
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品相描述:九品
图书标准信息
作者
[美]沃尔夫(Wolf W.) 著
出版社
机械工业出版社
出版时间
2009-01
版次
1
ISBN
9787111253600
定价
75.00元
装帧
平装
开本
16开
纸张
胶版纸
页数
507页
正文语种
英语
丛书
经典原版书库
【内容简介】
本书从组件技术的视角出发,介绍了嵌入式系统设计技术和技巧。本书第l版已被广泛应用于教学,可以说在很大程度上引发了嵌入式系统课程的创立,并为实践设计提供了宝贵指南。第2版根据最先进的技术发展进行了更新。不论是进行软硬件设计的研究人员、学生还是专家,都能从WayneWolf的集成化工程设计方法中获益匪浅。 本书主要特点: 以实际芯片(ARM芯片和TIC55xDSP)为例,进行相关设计技术和技巧的说明,向读者介绍如何将这些理论付诸于设计实践。 在所有关键课题讨论中都尤为强调现实中的设计实践,从而为学生和设计人员提供了最先进技术的指导。 对设计实践中所必需的基本应用技术进行重点讨论,帮助读者在实际工作中熟练地设计大型的、复杂的嵌入式系统。
【作者简介】
Wayne Wolf,拥有斯坦福大学电气工程博士学位,曾执教于普林斯顿大学,现任职于GeorgiaTech公司。在1989年加入普林斯顿大学之前,他曾在AT&T贝尔实验室工作。他是IEEE和ACM会员、IEEE计算机协会核心成员以及ASEE和SPIE成员。Wolf教授于2003年获得TASEE Frederick E.Ter
【目录】
AbouttheAuthor ForewordtoTheFirstEdition PrefacetoTheSecondEdition PrefacetoTheFirStEdition ListofExamples CHAPTER1EmbeddedComputing Introduction 1.1ComplexsystemsandMicroprocessors 1.1.1EmbeddingComputers 1.1.2CharacteristicsofEmbeddedComputingApplications 1.1.3WhyUseMicroprocessors? 1.1.4ThePhysicsofSoftware 1.1.5ChallengesinEmbeddedComputingSystemDesign 1.1.6PerformanceinEmbeddedComputing 1.2TheEmbeddedSystemDesignProcess 1.2.1Requirements 1.2.2Specification 1.2.3ArchitectureDesign 1.2.4DesigningHardwareandSoftwareComponents 1.2.5SvstemIntegration 1.3FormalismsforSystemDesign 1.3.1StructuralDescription 1.3.2BehavioralDescription 1.4ModelTrainController 1.4.1Requirements 1.4.2DCC 1.4.3ConceptualSpecification 1.4.4DetailedSpecification. 1.4.5LessonsLearned 1.5AGuidedTourofThisBook 1.5.1Chapter2:InstructionSets 1.5.2Chapter3:CPUs 1.5.3Chapter4:Bus-BasedComputerSystems 1.5.4Chapter5:ProgramDesignandAnalysis 1.5.5Chapter6:ProcessesandOperatingSystems 1.5.6Chapter7:Multiprocessors 1.5.7Chapter8:Networks 1.5.8Chapter9:SystemDesignTechniques Summary. FurtherReading Questions LabExercises CHAPTER2InstructionSets Introducton 2.1Preliminaries 2.1.1ComputerArchitectureTaxonomy 2.1.2AssemblyLanguage 2.2ARMProcessor 2.2.1ProcessorandMemoryOrganization 2.2.2DataOperations 2.2.3FlowofControl 2.3TIC55xDSP 2.3.1ProcessorandMemoryOrganization 2.3.2AddressingModes 2.3.3DataOperations 2.3.4FlowofControl 2.3.5CCodingGuidelines Summary FurtherReading Questions LabExercises CHAPTER3CPUs Introduction 3.1ProgrammingInputandOutput 3.1.1InputandOutputDevices. 3.1.2InputandOutputPrimitives 3.1.3Busy-WaitI/O 3.1.4Interrupts 3.2SupervisorMode,Exceptions,andTraps 3.2.1SupervisorMode 3.2.2Exceptions 3.2.3Traps 3.3Co-Processors 3.4MemorySystemMechanisms 3.4.1Caches 3.4.2MemoryManagementUnitsandAddressTlmnslation 3.5CPUPerformance 3.5.1Pipelining 3.5.2Caching 3.6CPUPowerConsumption 3.7DesignExample:DataCompressor 3.7.1RequirementsandAlgorithm 3.7.2Specification 3.7.3ProgramDesign 3.7.4Testing Summary FurtherReading Questions LabExercises CHAPTER4Bus-BasedComputerSystems Introduction 4.1TheCPUBus 4.1.1BusProtocols 4.1.2DMA 4.1.3SystemBusConfigurations 4.1.4AMBABus 4.2MemoryDevices 4.2.1MemoryDeviceOrganization 4.2.2Random-AccessMemories 4.2.3Read-OnlyMemories 4.3I/Odevices 4.3.1TimersandCounters 4.3.2A/DandD/AConverters 4.3.3Keyboards 4.3.4LEDS 4.3.5Displays 4.3.6Touchscreens 4.4ComponentInterfacing 4.4.1MemoryInterfacing 4.4.2DeviceInterfacing 4.5DesigningwithMicroprocessors 4.5.1SystemArchitecture 4.5.2HardwareDesign 4.5.3ThePCasaPlatform 4.6DevelopmentandDebugging 4.6.1DevelopmentEnvironments 4.6.2DebuggingTechniques 4.6.3DebuggingChallenges 4.7System-LevelPerformanceAnalvsis 4.7.1System-LevelPerformanceAnalysis 4.7.2Parallelism 4.8DesignExample:AlarmClock 4.8.1Requirements 4.8.2Specification 4.8.3SystemArchitecture 4.8.4ComponentDesignandTesting 4.8.5SystemIntegrationandTesting Summary FurtherReading. Questions LabExercises CHAPTER5ProgramDesignandAnalysis Introduction 5.1ComponentsforEmbeddedPrograms 5.1.1StateMachines 5.1.2Stream-OrientedProgrammingandCircularBuffers 5.1.3Queues 5.2ModelsofPrograms 5.2.1DataFlowGraphs 5.2.2Control/DataFlowGraphs 5.3Assembly,Linking,andLoading 5.3.1Assemblers 5.3.2Linking 5.4BasicCompilationTechniques 5.4.1StatementTranslation 5.4.2Procedures 5.4.3DataStructures 5.5ProgramOptimization 5.5.1ExpressionSimplification 5.5.2DeadCodeElimination 5.5.3ProcedureInlining 5.5.4LoopTransformations 5.5.5RegisterAllocation 5.5.6Scheduling 5.5.7InstructionSelection 5.5.8UnderstandingandUsingyourCompiler 5.5.9InterpretersandJITCompilers 5.6Program-LevelPerformanceAnalysis 5.6.1ElementsofProgramPerformance 5.6.2Measurement-DrivenPerformanceAnalysis 5.7SoftwarePerformanceOptimization 5.7.1LoopOptimizations 5.7.2PerformanceOptimizationStrategies 5.8Program-LevelEnergyandPowerAnalysisandOptimization 5.9AnalysisandOptimizationofProgramSize 5.10ProgramValidationandTesting 5.10.1Clear-BoxTesting 5.10.2Black-BoxTesting 5.10.3EvaluatingFunctionTests 5.11SoftwareModem 5.11.1TheoryofOperationandRequirements 5.11.2Specification 5.11.3SystemArchitecture. 5.11.4ComponentDesignandTesting 5.11.5SystemIntegrationandTesting Summary FurtherReading Questions 1LabExercises CHAPTER6ProcessesandOperatingSystems Lntroduction. 6.1MultipleTasksandMultipleProcesses 6.1.1TasksandProcesses 6.1.2MultirateSystems. 6.1.3TimingRequirementsonProcesses 6.1.4CPUMetrics 6.1.5ProcessStateandScheduling 6.1.6SomeSchedulingPolicies 6.1.7RunningPeriodicProcesses 6.2PreemptiveReal-TimeOperatingSystems 6.2.1Preemption 6.2.2Priorities 6.2.3ProcessesandContext. 6.2.4ProcessesandObject-OrientedDesign 6.3Priority-BasedScheduling. 6.3.1Rate-MonotonicScheduling 6.3.2Earliest-Deadline-FirstScheduling 6.3.3RMSvs.EDF 6.3.4ACloserLookatOurModelingAssumptions 6.4InterprocessCommunicationMechanisms 6.4.1SharedMemoryCommunication 6.4.2MessagePassing 6.4.3Signals 6.5EvaluatingOperatingSystemPerformance 6.6PowerManagementandOptimizationforProcesses 6.7DesignExample:TelephoneAnsweringMachine 6.7.1TheoryofOperationandRequirements 6.7.2Specification 6.7.3SystemArchitecture 6.7.4ComponentDesignandTesting 6.7.5SystemIntegrationandTesting Summary FurtherReading. Questions LabExercises CHAPTER7MuItiprocessors Introduction 7.1WhyMultiprocessors? 7.2CPUsandAccelerators 7.2.1SystemArchitectureFramework 7.2.2SystemIntegrationandDebugging 7.3MultiprocessorPerformanceAnalysis 7.3.1AcceleratorsandSpeedup 7.3.2PerformanceEffectsofSchedulingandAllocation 7.3.3BufferingandPerformance 7.4ConsumerElectronicsArchitecture 7.4.1UseCasesandRequirements 7.4.2PlatformsandOperatingSystems 7.4.3FlashFileSystems 7.5DesignExample:CellPhones 7.6DesignExample:CompactDISCsandDVDs 7.7DesignExample:AudioPlayers 7.8DesignExample:DigitalStillCameras 7.9DesignExample:VideoAccelerator 7.9.1AlgorithmandRequirements 7.9.2Specification 7.9.3Architecture 7.9.4ComponentDesign 7.9.5SystemTesting Summary FurtherReading Questions LabExercises CHAPTER8Networks Introduction 8.1DistributedEmbeddedArchitectures 8.1.1WhyDistributed? 8.1.2NetworkAbstractions 8.1.3HardwareandSoftwareArchitectures 8.1.4MessagePassingProgramming 8.2NetworksforEmbeddedSystems 8.2.1TheI2CBus 8.2.2Ethernet 8.2.3Fieldbus 8.3Network-BasedDesign 8.4Internet-EnabledSystems 8.4.1Internet 8.4.2InternetApplications 8.4.3InternetSecurity 8.5VehiclesasNetworks 8.5.1AutomotiveNetworks 8.5.2Avionics 8.6SensorNetworks 8.7DesignExample:ElevatorController 8.7.1TheoryofOperationandRequirements 8.7.2Specification 8.7.3Architecture 8.7.4Tcsting Summary FurtherReading Ouestions LabExercises CHAPTER9SystemDesignTechniques Introduction 9.1DesignMethodologies 9.1.1WhyDesignMethodologies? 9.1.2DesignFlows 9.2RequirementsAnalysis 9.3Specifications 9.3.1Control-OrientedSpecificationLanguages 9.3.2AdvancedSpecifications. 9.4SystemAnalysisandArchitectureDesign 9.5QualityAssurance 9.5.1QualityAssuranceTechniques 9.5.2VerifyingtheSpecification 9.5.3DesignReviews Summary FurtherReading Questions LabExercises APPENDIXAUMLNotations Introduction A.1PrimitiveElements A.2DiagramTypes A.2.1ClassDiagram A.2.2StateDiagram A.2.3SequenceandCollaborationDiagrams Glossary References Index
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