book

VHDL: Programming by Example

Name: VHDL: Programming by Example
Author: Douglas Perry
ISBN: 9780071400701

by Douglas Perry

May 2002

Intermediate to advanced

476 pages

11h 30m

English

McGraw-Hill

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Cover
VHDL: Programming by Example, Fourth Edition
Copyright Page
CD Content
Dedication
CONTENTS
Foreword
Preface
Acknowledgments
Chapter 1 Introduction to VHDL
VHDL TermsDescribing Hardware in VHDLEntityArchitecturesConcurrent Signal AssignmentEvent SchedulingStatement ConcurrencyStructural DesignsSequential BehaviorProcess StatementsProcess Declarative RegionProcess Statement PartProcess ExecutionSequential StatementsArchitecture SelectionConfiguration StatementsPower of Configurations

Chapter 2 Behavioral Modeling
Introduction to Behavioral ModelingTransport Versus Inertial DelayInertial DelayTransport DelayInertial Delay ModelTransport Delay ModelSimulation DeltasDriversDriver CreationBad Multiple Driver ModelGenericsBlock StatementsGuarded Blocks
Chapter 3 Sequential Processing
Process StatementSensitivity ListProcess ExampleSignal Assignment Versus Variable AssignmentIncorrect Mux ExampleCorrect Mux ExampleSequential StatementsIF StatementsCASE StatementsLOOP StatementsNEXT StatementEXIT StatementASSERT StatementAssertion BNFWAIT StatementsWAIT ON SignalWAIT UNTIL ExpressionWAIT FOR time_expressionMultiple WAIT ConditionsWAIT Time-OutSensitivity List Versus WAIT StatementConcurrent Assignment ProblemPassive Processes
Chapter 4 Data Types
Object TypesSignalVariablesConstantsData TypesScalar TypesComposite TypesIncomplete TypesFile TypesFile Type CaveatsSubtypes
Chapter 5 Subprograms and Packages
SubprogramsFunctionConversion FunctionsResolution FunctionsProceduresPackagesPackage DeclarationDeferred ConstantsSubprogram DeclarationPackage Body
Chapter 6 Predefined Attributes
Value Kind AttributesValue Type AttributesValue Array AttributesValue Block AttributesFunction Kind AttributesFunction Type AttributesFunction Array AttributesFunction Signal AttributesAttributes ’EVENT and ’LAST_VALUEAttribute ’LAST_EVENTAttribute ’ACTIVE and ’LAST_ACTIVESignal Kind AttributesAttribute ’DELAYEDAttribute ’STABLEAttribute ’QUIETAttribute ’TRANSACTIONType Kind AttributesRange Kind Attributes
Chapter 7 Configurations
Default ConfigurationsComponent ConfigurationsLower-Level ConfigurationsEntity-Architecture Pair ConfigurationPort MapsMapping Library EntitiesGenerics in ConfigurationsGeneric Value Specification in ArchitectureGeneric Specifications in ConfigurationsBoard-Socket-Chip AnalogyBlock ConfigurationsArchitecture Configurations
Chapter 8 Advanced Topics
OverloadingSubprogram OverloadingOverloading OperatorsAliasesQualified ExpressionsUser-Defined AttributesGenerate StatementsIrregular Generate StatementTextIO
Chapter 9 Synthesis
Register Transfer Level DescriptionConstraintsTiming ConstraintsClock ConstraintsAttributesLoadDriveArrival TimeTechnology LibrariesSynthesisTranslationBoolean OptimizationFlatteningFactoringMapping to Gates
Chapter 10 VHDL Synthesis
Simple Gate — Concurrent AssignmentIF Control Flow StatementsCase Control Flow StatementsSimple Sequential StatementsAsynchronous ResetAsynchronous Preset and ClearMore Complex Sequential StatementsFour-Bit ShifterState Machine Example
Chapter 11 High Level Design Flow
RTL SimulationVHDL SynthesisFunctional Gate-Level VerificationPlace and RoutePost Layout Timing SimulationStatic Timing
Chapter 12 Top-Level System Design
CPU DesignTop-Level System OperationInstructionsSample Instruction RepresentationCPU Top-Level DesignBlock Copy Operation
Chapter 13 CPU: Synthesis Description
ALUCompControlRegRegarrayShiftTrireg
Chapter 14 CPU: RTL Simulation
TestbenchesKinds of TestbenchesStimulus OnlyFull TestbenchSimulator SpecificHybrid TestbenchesFast TestbenchCPU Simulation
Chapter 15 CPU Design: Synthesis Results
Chapter 16 Place and Route
Place and Route ProcessPlacing and Routing the DeviceSetting up a project
Chapter 17 CPU: VITAL Simulation
VITAL LibraryVITAL Simulation Process OverviewVITAL ImplementationSimple VITAL ModelVITAL ArchitectureWire Delay SectionFlip-Flop ExampleSDF FileVITAL SimulationBack-Annotated Simulation
Chapter 18 At Speed Debugging Techniques
InstrumentorDebuggerDebug CPU DesignCreate ProjectSpecify Top-Level ParametersSpecify Project ParametersInstrument SignalsWrite Instrumented DesignImplement New DesignStart DebugEnable BreakpointTrigger PositionWaveform DisplaySet WatchpointComplex Triggers
Appendix A Standard Logic Package
Appendix B VHDL Reference Tables
Appendix C Reading VHDL BNF
Appendix D VHDL93 Updates
AliasAttribute ChangesBit String LiteralDELAY_LENGTH SubtypeDirect InstantiationExtended IdentifiersFile OperationsForeign InterfaceGenerate Statement ChangesGlobally Static AssignmentGroupsIncremental BindingPostponed ProcessPure and Impure FunctionsPulse RejectReport StatementShared VariablesShift OperatorsSLL — shift left logicalSRL — shift right logicalSLA — shift left arithmeticSRA — shift right arithmeticROL — rotate leftROR — rotate rightSyntax ConsistencyUnaffectedXNOR Operator
Index
About the Author
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Content preview from VHDL: Programming by Example

FOREWORD

VHDL has been at the heart of electronic design productivity since initial ratification by the IEEE in 1987. For almost 15 years the electronic design automation industry has expanded the use of VHDL from initial concept of design documentation, to design implementation and functional verification. It can be said that VHDL fueled modern synthesis technology and enabled the development of ASIC semiconductor companies. The editions of Doug Perry’s books have served as the authoritative source of practical information on the use of VHDL for users of the language around the world.

The use of VHDL has evolved and its importance increased as ...

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VHDL: Programming by Example

by Douglas Perry

FOREWORD

Become an O’Reilly member and get unlimited access to this title plus top books and audiobooks from O’Reilly and nearly 200 top publishers, thousands of courses curated by job role, 150+ live events each month,
and much more.