《嵌入式计算系统设计原理》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。

版权信息

内容简介

作者简介

目录

版权信息

书 名: 嵌入式计算系统设计原理

作　者：(美国)(WayneWolf)沃尔夫

出版社： 机械工业出版社

出版时间： 2009

ISBN: 9787111253600

开本： 16

定价: 75.00 元

内容简介

《嵌入式计算系统设计原理》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。《嵌入式计算系统设计原理》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。

作者简介

WayneWolf，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TASEEFrederickE．Terman奖，于2006年获得TIEEE电路与系统教育奖。除本书外，他还著有《高性能嵌入式计算》和《基于FPGA的系统设计》等书。

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