Computer Organization and Architecture Themes and Variations 1st Edition Alan Clements Solutions Manual

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Computer Organization and Architecture Themes and Variations 1st Edition Alan Clements Solutions Manual.

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Product Details:

  • ISBN-10 ‏ : ‎ 1111987041
  • ISBN-13 ‏ : ‎ 978-1111987046
  • Author: Alan Clements

COMPUTER ORGANIZATION AND ARCHITECTURE: THEMES AND VARIATIONS stresses the structure of the complete system (CPU, memory, buses and peripherals) and reinforces that core content with an emphasis on divergent examples. This approach to computer architecture is an effective arrangement that provides sufficient detail at the logic and organizational levels appropriate for EE/ECE departments as well as for Computer Science readers. The text goes well beyond the minimal curriculum coverage and introduces topics that are important to anyone involved with computer architecture in a way that is both thought provoking and interesting to all.

 

Table of Content:

  1. Part I: The Beginning
  2. Ch 1: Computer Systems Architecture
  3. 1.1 What is Computer Systems Architecture?
  4. 1.2 Architecture and Organization
  5. 1.3 Development of Computers
  6. 1.4 The Stored Program Computer
  7. 1.5 The Stored Program Concept
  8. 1.6 Overview of the Computer System
  9. 1.7 Modern Computing
  10. Summary
  11. Problems
  12. Ch 2: Computer Arithmetic and Digital Logic
  13. 2.1 What is Data?
  14. 2.2 Numbers
  15. 2.3 Binary Arithmetic
  16. 2.4 Signed Integers
  17. 2.5 Introduction to Multiplication and Division
  18. 2.6 Floating-Point Numbers
  19. 2.7 Floating-Point Arithmetic
  20. 2.8 Floating-Point Arithmetic and the Programmer
  21. 2.9 Computer Logic
  22. 2.10 Sequential Circuits
  23. 2.11 Buses and Tristate Gates
  24. Summary
  25. Problems
  26. Part II: Instruction Set Architectures
  27. Ch 3: Architecture and Organization
  28. 3.1 Introduction to the Stored Program Machine
  29. 3.2 The Components of an ISA
  30. 3.3 ARM Instruction Set Architecture
  31. 3.4 ARM Assembly Language
  32. 3.5 ARM Data-processing Instructions
  33. 3.6 ARM’s Flow Control Instructions
  34. 3.7 ARM Addressing Modes
  35. 3.8 Subroutine Call and Return
  36. 3.9 Intermission: Examples of ARM Code
  37. 3.10 Subroutines and the Stack
  38. 3.11 Data Size and Arrangement
  39. 3.12 Consolidation-Putting Things Together
  40. Summary
  41. Problems
  42. Ch 4: Instruction Set Architectures-Breadth and Depth
  43. 4.1 The Stack and Data Storage
  44. 4.2 Privileged Modes and Exceptions
  45. 4.3 MIPS: Another RISC
  46. 4.4 Data Processing and Data Movement
  47. 4.5 Memory Indirect Addressing
  48. 4.6 Compressed Code, RISC, Thumb, and MIPS16
  49. 4.7 Variable-Length Instructions
  50. Summary
  51. Problems
  52. Ch 5: Computer Architecture and Multimedia
  53. 5.1 Applications of High-Performance Computing
  54. 5.2 Multimedia Influences-Reinventing the CISC
  55. 5.3 Introduction to SIMD Processing
  56. 5.4 Streaming Extensions and the Development of SIMD Technology
  57. Summary
  58. Problems
  59. Part III: Organization and Efficiency
  60. Ch 6: Performance-Meaning and Metrics
  61. 6.1 Progress and Computer Technology
  62. 6.2 The Performance of a Computer
  63. 6.3 Computer Metrics
  64. 6.4 Amdahl’s Law
  65. 6.5 Benchmarks
  66. 6.6 SPEC
  67. 6.7 Averaging Metrics
  68. Summary
  69. Problems
  70. Ch 7: Processor Control
  71. 7.1 The Generic Digital Processor
  72. 7.2 RISC Organization
  73. 7.3 Introduction to Pipelining
  74. 7.4 Branches and the Branch Penalty
  75. 7.5 Branch Prediction
  76. 7.6 Dynamic Branch Prediction
  77. Summary
  78. Problems
  79. Ch 8: Beyond RISC: Superscalar, VLIW, and Itanium
  80. 8.1 Superscalar Architecture
  81. 8.2 Binary Translation
  82. 8.3 EPIC Architecture
  83. Summary
  84. Problems
  85. Part IV: The System
  86. Ch 9: Cache Memory and Virtual Memory
  87. 9.1 Introduction to Cache Memory
  88. 9.2 Performance of Cache Memory
  89. 9.3 Cache Organization
  90. 9.4 Considerations in Cache Design
  91. 9.5 Virtual Memory and Memory Management
  92. Summary
  93. Problems
  94. Ch 10: Main Memory
  95. 10.1 Introduction
  96. 10.2 Primary Memory
  97. 10.3 DRAM
  98. 10.4 The Read-Only Memory Family
  99. 10.5 New and Emerging Nonvolatile Technologies
  100. Summary
  101. Problems
  102. Ch 11: Secondary Storage
  103. 11.1 Magnetic Disk Drives
  104. 11.2 Magnetism and Data Storage
  105. 11.3 Data Organization on Disk
  106. 11.4 Secure Memory and RAID Systems
  107. 11.5 Solid-State Disk Drives
  108. 11.6 Magnetic Tape
  109. 11.7 Optical Storage Technology
  110. Summary
  111. Problems
  112. Ch 12: Input/Output
  113. 12.1 Fundamental Principles of I/O
  114. 12.2 Data Transfer
  115. 12.3 I/O Strategy
  116. 12.4 Performance of I/O Systems
  117. 12.5 The Bus
  118. 12.6 Arbitrating for the Bus
  119. 12.7 The PCI and PCIe Buses
  120. 12.8 The SCSI and SAS Interfaces
  121. 12.9 Serial Interface Buses
  122. Summary
  123. Problems
  124. Part V: Processor-Level Parallelism
  125. Ch 13: Processor-Level Parallelism
  126. 13.1 Why Parallel Processing?
  127. 13.2 Performance Revisited
  128. 13.3 Flynn’s Taxonomy and Multiprocessor Topologies
  129. 13.4 Multiprocessor Topologies
  130. 13.5 Memory in Multiprocessor Systems
  131. 13.6 Multithreading
  132. 13.7 Multi-core Processors
  133. 13.8 Parallel Programming
  134. Summary
  135. Problems
  136. Bibliography
  137. Index

 

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