Computer systems architecture

목차 (Table of Contents)

• CONTENTS
• PREFACE = ⅶ
• PART Ⅰ An Overview of the Computer Space
• 1. HISTORICAL SURVEY OF COMPUTER SYSTEMS ARCHITECTURE = 1
• 1.1 Introduction = 1
• 1.2 Historical Survey = 3
• 1.3 Bibliographical Notes and References = 29
• 2. DESCRIPTION OF COMPUTER SYSTEMS = 31
• 2.1 Levels in the Representation of Computer Systems = 31
• 2.2 Global System Structure = 33
• 2.3 The Processor Description = 45
• 2.4 The Register Transfer Level = 63
• 2.5 Modeling the Dynamics of the System = 68
• 2.6 Bibliographical Notes, References and Exercises = 73
• PART Ⅱ The Building Blocks and Their Interactions
• 3. ARITHMETIC ALGORITHMS = 76
• 3.1 Number Systems = 77
• 3.2 Addition and Subtraction = 86
• 3.3 Multiplication and Division = 98
• 3.4 Floating-Point Operations = 116
• 3.5 Other Functions of the ALU = 128
• 3.6 Bibliographical Notes, References and Exercises = 130
• 4. POWERFUL CENTRAL PROCESSORS = 135
• 4.1 Basic Requirements for a Pc = 136
• 4.2 Speeding Up the Instruction Cycle = 139
• 4.3 Look-Ahead and Parallelism = 147
• 4.4 The CDC 6600 Central Processor = 166
• 4.5 The IBM System 360／91 and 360／195 Central Processors = 185
• 4.6 Stack Processors(A First Look) = 199
• 4.7 Bibliographical Notes, References and Exercises = 210
• 5. THE MEMORY HIERARCHY = 216
• 5.1 Components of the Memory Hierarchy = 217
• 5.2 Primary Memory = 223
• 5.3 Interleaved Memories = 239
• 5.4 Secondary Memory Devices = 249
• 5.5 Associative Memory = 262
• 5.6 Bibliographical Notes, References and Exercises = 264
• 6. MANAGEMENT OF THE MEMORY HIERARCHY = 269
• 6.1 Static and Dynamic Memory Management Schemes = 269
• 6.2 Paging Systems = 273
• 6.3 Segmented Systems = 296
• 6.4 Replacement Algorithms - Two Implementations = 309
• 6.5 Cache Memories = 314
• 6.6 Bibliographical Notes, References and Exercises = 322
• 7. THE CONTROL UNIT AND MICROPROGRAMMING = 328
• 7.1 Components of a Control Unit = 328
• 7.2 Microprogramming = 334
• 7.3 Applications of Microprogramming = 355
• 7.4 Microprogramming System = 364
• 7.5 Bibliographical Notes, References and Exercises = 371
• 8 INPUT-OUTPUT = 375
• 8.1 Controlling the I／O Function = 376
• 8.2 Input-Output Processors = 387
• 8.3 I／O Devices = 401
• 8.4 Generalities on Pio Programming = 412
• 8.5 Simple Models for Evaluating Asynchronous I／O Processing = 417
• 8.6 Bibliographical Notes, References and Exercises = 427
• PART Ⅲ Complete Systems : From Micros to Supercomputers
• 9 FROM MICROPROCESSORS TO SUPERMINICOMPUTERS = 429
• 9.1 Medium-Size Computers. IBM System 370 Models 155 to 168(A Review) = 429
• 9.2 Minicomputers and Microcomputers : Definitions and Roles = 431
• 9.3 A Minicomputer Family : The DEC PDP-11 = 435
• 9.4 Microcomputer and Microprocessor Architectures = 468
• 9.5 A Minicomputer Stack Architecture : The HP-3000 = 482
• 9.6 Bibliographical Notes, References and Exercises = 487
• 10. SUPERCOMPUTERS = 490
• 10.1 Classifications of Computer Systems = 491
• 10.2 Pipelined and Vector Processors = 500
• 10.3 Array Processors(SIMD) = 527
• 10.4 Multiprocessing Systems(MIMD) = 547
• 10.5 Bibliographical Notes, References and Exercises = 577
• 11. FUTURE TRENDS IN COMPUTER SYSTEMS ARCHITECTURE = 587
• 11.1 Outline of Some Specialized Architectures = 587
• 11.2 Distributed-Function Architectures = 598
• 11.3 The Impact of VLSI on Future Architectures = 610
• 11.4 Bibliographical Notes and References = 612
• INDEX = 614