Design of computers and other complex digital devices

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Title:

Personal Author:

Lee, Sunggu

Publication Information:

Upper Saddle River, N.J. : Prentice Hall, 2000

ISBN:

9780130402677

Subject Term:

Logic circuits -- Computer-aided design

Digital integrated circuits -- Computer-aided design

Logic design -- Data processing

Microcomputers -- Computer-aided design

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Library	Item Barcode	Call Number	Material Type	Item Category 1	Status
Searching... PSZ JB	30000004384552	TK7868.L6 L43 2000	Open Access Book	Book	Searching... Unknown
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*Complete step-by-step guide-This extremely detailed method walks the student through the entire process of designing an 8-bit microprocessor. *Provides students with detailed instruction to help ensure success. *Modified and expanded ASM method-Is presented as a systematic 5-step method to be used in any digital hardware device. *Introduces students to an expanded application of the well-known ASM method. *Appendix section with laboratory experiments-Lab experiments follow the presentation of the text material. *Provides students with the opportunity for direct application of the text materials. *Implementation of the Intel 8080-Covers the design process of an actual commercial microprocessor rather than a fictional computer as the design target. *Gives students hands-on experience applying design concepts explored in class in a real-life situation. *Three part organization-Part I provides an overview of basic digital logic design. Part II explores the use of programmable logic devices, hardware description languages, and the modified ASM method for the implementation of general algorithms in hardware. Part III presents the design and implementation of an 8-bit microprocessor usin

Preface	p. ix
Part 1 Overview of Digital Logic Design	p. 1
1 Overview of Combinational Circuit Design	p. 3
1.1 Introduction to Binary Codes	p. 3
1.2 Introduction to Digital Logic Theory	p. 8
1.3 Hardware Implementation of Switching Algebra	p. 11
1.4 Logic Minimization	p. 14
1.5 Combinational Logic Design	p. 31
1.6 Key Concepts	p. 41
1.7 Chapter Summary	p. 41
Further Reading	p. 42
List of References	p. 43
Problems	p. 43
2 Overview of Sequential Circuit Design	p. 46
2.1 Latches and Flip-Flops	p. 48
2.2 Dangers in Sequential Circuit Design	p. 54
2.3 Synchronous Sequential Circuit Design	p. 58
2.4 Sequential MSI and LSI Devices	p. 66
2.5 State Table Reduction	p. 70
2.6 Key Concepts	p. 72
2.7 Chapter Summary	p. 73
Further Reading	p. 74
List of References	p. 74
Problems	p. 74
Part 2 Design Methodology	p. 77
3 Programmable Logic Devices	p. 79
3.1 PLD Programming	p. 80
3.2 Combinational Programmable Logic Devices	p. 84
3.3 Sequential Programmable Logic Devices	p. 91
3.4 Field Programmable Gate Arrays	p. 95
3.5 Key Concepts	p. 111
3.6 Chapter Summary	p. 112
Further Reading	p. 113
List of References	p. 114
Problems	p. 115
4 A Systematic Approach to Logic Design	p. 117
4.1 Introduction to Hardware Design	p. 119
4.2 ASM Method and Charts	p. 124
4.3 Control-Logic Design	p. 132
4.4 Complete ASM Design Examples	p. 140
4.5 Heuristics for Safe Design	p. 154
4.6 Key Concepts	p. 172
4.7 Chapter Summary	p. 172
Further Reading	p. 174
List of References	p. 174
Problems	p. 175
5 Introduction to VHDL	p. 181
5.1 Components of a VHDL Description	p. 183
5.2 Construction of a VHDL Program	p. 187
5.3 Complete VHDL Examples	p. 194
5.4 Key Concepts	p. 200
5.5 Chapter Summary	p. 201
Further Reading	p. 202
List of References	p. 202
Problems	p. 202
Part 3 Computer Design	p. 204
6 Overview of the Computer Design Problem	p. 206
6.1 Basics	p. 206
6.2 Target Computer System	p. 209
6.3 Overall Design	p. 220
6.4 Key Concepts	p. 223
6.5 Chapter Summary	p. 223
Further Reading	p. 224
List of References	p. 225
Problems	p. 225
7 Alu and Memory System Design	p. 227
7.1 Arithmetic-Logic-Unit Design	p. 227
7.2 Design of Memory Module	p. 233
7.3 Design of Fast Adder/Subtracters	p. 247
7.4 Multiplication and Division	p. 252
7.5 Key Concepts	p. 265
7.6 Chapter Summary	p. 267
Further Reading	p. 269
List of References	p. 269
Problems	p. 270
8 Datapath and Control Logic Design	p. 272
8.1 Pseudocode and ASM Chart	p. 272
8.2 Datapath	p. 284
8.3 Detailed ASM Chart	p. 289
8.4 Control Logic Design	p. 297
8.5 Key Concepts	p. 307
8.6 Chapter Summary	p. 307
Further Reading	p. 308
List of References	p. 308
Problems	p. 309
9 FPGA Implementation	p. 311
9.1 Implementation of the Computer Design	p. 312
9.2 Mapping the Target Computer into the FPGA	p. 314
9.3 Simulation and Testing	p. 332
9.4 Key Concepts	p. 337
9.5 Chapter Summary	p. 337
Further Reading	p. 338
List of References	p. 338
Problems	p. 338
10 Pipelining	p. 340
10.1 Introduction to Pipelining	p. 341
10.2 Simple Instruction Pipelines	p. 347
10.3 General Instruction Pipelines	p. 355
10.4 Pipeline Control	p. 371
10.5 Key Concepts	p. 377
10.6 Chapter Summary	p. 378
Further Reading	p. 379
List of References	p. 379
Problems	p. 380
A1 Overview of the Intel 8080 Instruction Set	p. 383
A1.1 Data Transfer Group	p. 386
A1.2 Arithmetic Group	p. 388
A1.3 Logical Group	p. 391
A1.4 Branch Group	p. 394
A1.5 Stack, I/O, and Machine Control Group	p. 395
A2 Suggested Lab Projects	p. 399
A2.1 Lab Equipment Usage and the 74LS181 ALU	p. 400
A2.2 Combinational Logic Design Using an EPROM	p. 401
A2.3 Combinational Logic Design Using a GAL	p. 402
A2.4 Sequential Logic Design Using an EPROM	p. 403
A2.5 FPGA Software Usage	p. 403
A2.6 FPGA Configuration Using the Parallel Port	p. 404
A2.7 ASM Design	p. 406
A2.8 Computer Project: ALU Module	p. 407
A2.9 Computer Project: Memory Module	p. 407
A2.10 Computer Project: Register Module	p. 408
A2.11 Computer Project: Control Module	p. 408
A2.12 Integrate Entire Computer	p. 408
Index	p. 411

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