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本书为国外高校电子信息类优秀教材(英文影印版)之一。
本书是数字系统入门教程，介绍了数字系统的概念、布尔代数与逻辑门、组合逻辑设计、数字硬件、VHDL的概念、超大规模集成电路的设计，并介绍了逻辑组件和网络，最后讲述了基本的计算机体系结构。
本书可作为电气工程、计算机工程、计算机科学等专业的本科生教材，也可供相关专业技术人员参考。

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• Chapter 1 Concepts in Digital Systems
  1.1What Is a Digital System?
  1.2Views of a Digital System
  1.3Introduction to Binary Numbers
  1.4Data Representations
  1.5Binary and Decimal Numbers
  1.6Cells and Hierarchy
  1.7System Primitives
  1.8Metrics
  1.9Hierarchical Plan for the Book
  1.10Problems
  Chapter 2 Boolean Algebra and Logic Gates
  2.1Data Representation and Processing
  2.2Basic Logic Operations
  2.3Basic Identities
  2.4Algebraic Laws
  2.5NOR and NAND Gates
  2.6Useful Boolean Identities
  2.7Algebraic Reductions
  2.8Complete Logic Sets
  2.9IEEE Logic Gate Symbols
  2.10Problems
  Chapter 3 Combinational Logic Design
  3.1Specifying the Problem
  3.2Canonical Logic Forms
  3.3Extracting Canonical Forms
  3.4The Exclusive-OR and Equivalence Operations
  3.5Logic Arrays
  3.6BCD and 7-Segment Displays
  3.7karnaugh Maps
  3.83-Variable Karnaugh Maps
  3.94-Variable Karnaugh Maps
  3.10The Role of the Logic Designer
  3.11Problems
  Chapter 4 Digital Hardware
  4.1Voltages as Logic Variables
  4.2Digital Integrated Circuits
  4.3Logic Delay Times
  4.4Basic Electric Circuits
  4.5Transmission Lines
  4.6Logic Families
  4.7The Hardware Designer
  4.8Problems
  Chapter 5 First Concepts in VHDL
  5.1Introduction
  5.2Defining Modules in VHDL
  5.3Structural Modeling
  5.4Conditional Models
  5.5Binary Words
  5.6Libraries
  5.7Learning VHDL
  5.8Problems
  Chapter 6 CMOS Logic Circuits
  6.1CMOS Electronics
  6.2Electronic Logic Gates
  6.3MOSFETs
  6.4The NOT Function in CMOS
  6.5Logic Formation Using MOSFETs
  6.6Complex Logic Gates in CMOS
  6.7MOSFET Logic Formalism
  6.8Problems
  Chapter 7 Silicon Chips and VLSI
  7.1What Is VLSI Engineering?
  7.2Lithography and Patterning
  7.3MOSFETs
  7.4Basic Circuit Layout
  7.5MOSFET Arrays and AOI Gates
  7.6Cells,Libraries,and Hierarchical Design
  7.7Floorplans and Interconnect Wiring
  7.8Problems
  Chapter 8 Logic Components
  8.1Concept of a Digital Component
  8.2An Equality Detector
  8.3BCD Validity Detector
  8.4Line Decoders
  8.5Multiplexors
  8.6Demultiplexors
  8.7Binary Adders
  Chapter 9 Memory Elements and Arrays
  9.1General Properties
  9.2Latches
  9.3Clocks and Synchronization
  9.4Master-Slave and Edge-Triggered Flip-Flops
  9.5Registers
  9.6Random-Access Memory(RAM)
  9.7Read-Only Memory(ROM)
  9.8CD ROM
  9.9CMOS Memories
  9.10Transmission-Gate Circuits
  9.11Problems
  Chapter 10 Sequential Logic Networks
  10.1The Concept of a Sequential Network
  10.2Analysis of Sequential Networks
  10.3Sequential Network Design
  10.4Binary Counters
  10.5The Importance of State Machines
  10.6Problems
  Chapter 11 Computer Basics
  11.1An Overview of Computer Operations
  11.2The Central Processor Unit:A First Look
  11.3Datapath Components
  11.4Instructions and the Datapath
  11.5The Control Unit
  11.6CISC and RISC Architectures
  11.7Floating-Point Operations
  11.8VLSI Aspects of Computer Design
  11.9Problems
  Chapter 12 Advanced Computer Concepts
  12.1Computing Speed
  12.2Pipelining
  12.3Cache Memory
  12.4Superscalar Architectures
  12.5Basic Concepts of Parallel Computing
  12.6Problems
  12.7References
  Epilog
  Index