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Chapter 1: Introduction to VHDL Chapter 2: Behavioral Modeling Chapter 3: Sequential Processing Chapter 4: Data Types Chapter 5: Subprograms and Packages Chapter 6: Predefined Attributes Chapter 7: Configurations Chapter 8: Advanced Topics Chapter 9: Synthesis Chapter 10: VHDL Systems Chapter 11: High Level Design Flow Chapter 12: Top-Level System Design Chapter 13: CPU: Synthesis Description Chapter 14: CPU: RTL Simulation Chapter 15: CPU Design: Synthesis Results Chapter 16: Place and Route Chapter 17: CPU: VITAL Simulation Chapter 18: At Speed Debugging Techniques Appendix A: Standard Logic Package Appendix B: VHDL Reference Tables Appendix C: Reading VHDL BNF Appendix D: VHDL93 Updates

VHDL (vhsic hardware description language).

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The specific goal of this work is not only to teach VHDL but also to describe how to use VHDL when designing an electronic system with modern design tools. The synthesis tools Synopsys, Mentor Graphics and ViewLogic are used. It describes both an academic approach to VHDL and how VHDL is used in real industrial projects, showing the difference between VHDL-87 and VHDL-93. The different types of test benches, and how they are built up and realized in VHDL are examined and the book also covers state machines, synthesis, design and test methodologies and laboratories.

VHDL (Computer hardware description language) --- Electronic digital computers --- Computer simulation. --- VHDL (vhsic hardware description language) --- VHDL (vhsic hardware description language). --- Electronic digital computers - Computer simulation.

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For schools that wish to introduce VHDL into their undergraduate computer engineering sequence, VHDL is a complex language that is worthy of a dedicated course; yet this is not a practical option in most institutions. This companion text enables instructors to integrate the basic concepts of VHDL into existing courses. It is designed to develop an intuition and a structured way of thinking about VHDL models without spending a great deal of time on advanced language features. Yalamanchili gives students a thorough grounding in the basic concepts and language of VHDL, and encourages them to apply what they have learned using realistic examples. Concepts are followed by examples and tutorials.

VHDL --- VHDL (vhsic hardware description language) --- Digitale systemen: ontwerp --- 681.3 --- vhdl --- hdl --- VHDL (vhsic hardware description language). --- Digitale systemen: ontwerp. --- VHDL. --- Very high speed integrated circuits --- VHDL (Computer hardware description language) --- Very High Speed Integrated Circuits Hardware Description Language (Computer hardware description language) --- VHSIC Hardware Description Language (Computer hardware description language) --- VHSIC --- Computer-aided design --- Computer hardware description languages --- Integrated circuits --- Computer simulation --- Very large scale integration --- 004.4

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1. Introduction. Goals of This Book. What Is VHDL? A Brief History of VHDL. How Is VHDL Used? The FPGA/ASIC Design Process. When Should You Use VHDL? When Should You Not Use VHDL? What About Verilog? What About PLD Languages? 2. A First Look At VHDL. Simple Example- A Comparator. Comparator Source File. Entities and Architectures. Entity Declaration. Architecture Declaration And Body. Data Types. Design Units. Structure Of A Small Design. More Typical Design Description. Levels of Abstraction (Styles). Sample Circuit. Comparator. Shifter (Entity). Concurrent and Sequential VHDL. Signals and Variables. Using a Procedure to Describe Registers. Using a Component to Describe Registers. Structural VHDL. Test Benches. Sample Test Bench. What Weve Learned So Far. 3. Exploring Objects and Data Types. Signals. Variables. Constants. Literals. Types and Subtypes. Scalar Types. Composite Types. Operators. Attributes. Type Conversions and Type Marks. Resolved and Unresolved Types. 4. Using Standard Logic. IEEE Standard 1164. Advantages of IEEE 1164. Using The Standard Logic Package. Std_logic_vector and Std_ulogic_vector. Type Conversion and Standard Logic. Standard Logic Data Types. Standard Logic Operators. Standard Logic Type Conversion Functions. Strength Stripping Functions. Edge Detection Functions. Miscellaneous Checking Functions. Standard 1076.3 (the Numeric Standard). Using Numeric Data Types. Numeric Standard Types- Unsigned and Signed. Numeric Standard Operators. Numeric Array Resize Functions. Numeric Type Conversion Functions. 5. Understanding Concurrent Statements. The Concurrent Area. Concurrent Signal Assignments. Conditional Signal Assignment. Selected Signal Assignment. Conditional vs. Selected Assignment. Procedure Calls. Generate Statements. Concurrent Processes. Component Instantiations. Delay Specifications. Signal Drivers. 6. Understanding Sequential Statements. The Process Statement. Using Processes for Combinational Logic. Using Processes for Registered Logic. Using Processes for State Machines. Specifying State Machine Encodings. Using Processes for Test Stimulus. Sequential Statements in Subprograms. Signal and Variable Assignments. If- Then-Else Statements. Case Statements. Loops. Loop Termination. 7. Creating Modular Designs. Functions and Procedures. Functions. Procedures. Parameter Types. Mapping of Parameters. 8. Partitioning Your Design. Blocks. Guarded Blocks. Packages. Package Bodies. Design Libraries. Package Visibility. Components. Mapping of Ports. Generics. Configurations. 9. Writing Test Benches. A Simple Test Bench. Using Assert Statements. Using Loops and Multiple Processes. Writing Test Vectors. Reading and Writing Files with Text I/O. Reading Non-tabular Data from Files. Creating a Test Language. Youre On Your Way...

681.3*D32 --- 004.436.2 --- VHDL very high speed hardware description language --- digitale elektronica --- elektronica --- elektrotechniek --- ontwerpen --- simulatie --- software --- language classifications: applicative languages; data-flow languages; design languages; extensible languages; macro and assembly languages; nonprocedural languages; specialized application and very high-level languages (Programminglanguages) --- hardware-descriptietaal --- Contains audio-visual material --- VHDL (vhsic hardware description language) --- VHDL (Computer hardware description language) --- Descriptietalen --- VHDL --- VHDL (vhsic hardware description language). --- VHDL (Computer hardware description language). --- Descriptietalen. --- VHDL. --- 681.3*D32 language classifications: applicative languages; data-flow languages; design languages; extensible languages; macro and assembly languages; nonprocedural languages; specialized application and very high-level languages (Programminglanguages) --- Very High Speed Integrated Circuits Hardware Description Language (Computer hardware description language) --- VHSIC Hardware Description Language (Computer hardware description language) --- Computer hardware description languages --- Integrated circuits --- Computer simulation

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Computer input-output equipment --- -VHDL (Computer hardware description language) --- Very High Speed Integrated Circuits Hardware Description Language (Computer hardware description language) --- VHSIC Hardware Description Language (Computer hardware description language) --- Computer hardware description languages --- Integrated circuits --- Computer hardware --- Computer I/O equipment --- Computers --- Electronic analog computers --- Electronic digital computers --- Hardware, Computer --- I/O equipment (Computers) --- Input equipment (Computers) --- Input-output equipment (Computers) --- Output equipment (Computers) --- Computer systems --- Computer simulation --- Input-output equipment --- VHDL (vhsic hardware description language). --- VHDL (Computer hardware description language). --- Computer simulation. --- VHDL (Computer hardware description language)