Structured Computer Organization 5th edition by Andrew Tanenbaum ISBN 0131485210 978-0131485211

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ISBN 10: 0131485210
ISBN 13: 978-0131485211
Author: Andrew Tanenbaum

Structured Computer Organization, specifically written for undergraduate students, is a best-selling guide that provides an accessible introduction to computer hardware and architecture. Updated content is delivered via the familiar structure that has served instructors through four successful editions. This text will also serve as a useful resource for all computer professionals and engineers who need an overview or introduction to computer architecture.

This book takes a modern structured, layered approach to understanding computer systems. It’s highly accessible – and it’s been thoroughly updated to reflect today’s most critical new technologies and the latest developments in computer organization and architecture. Tanenbaum’s renowned writing style and painstaking research make this one of the most accessible and accurate books available, maintaining the author’s popular method of presenting a computer as a series of layers, each one built upon the ones below it, and understandable as a separate entity. A CD-ROM for assembly language programmers is available for teachers.

Structured Computer Organization 5th Table of contents:

Chapter 1: Introduction

1.1. What Is Computer Organization?
1.2. The Role of Hardware in Computer Systems
1.3. The Structure of Computers
1.4. Basic Components of a Computer
1.5. A Simple Computer Organization Model
1.6. The Relationship Between Hardware and Software
1.7. Machine-Level Representation of Data
1.8. Understanding the Role of the Operating System

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Chapter 2: Data Representation

2.1. Number Systems and Binary Arithmetic
2.2. Representation of Data in Computers
2.3. Fixed-Point Representation
2.4. Floating-Point Representation
2.5. Characters and Strings
2.6. Representation of Instructions
2.7. Error Detection and Correction Techniques

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Chapter 3: Computer Arithmetic

3.1. Addition and Subtraction in Binary
3.2. Multiplication and Division in Binary
3.3. Arithmetic Logic Unit (ALU)
3.4. Floating-Point Arithmetic
3.5. Design of Arithmetic Circuits
3.6. Signed Numbers and Overflow

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Chapter 4: The Processor

4.1. The Central Processing Unit (CPU)
4.2. The Instruction Set Architecture (ISA)
4.3. The Fetch-Decode-Execute Cycle
4.4. Registers and Memory Organization
4.5. Control Units and Their Functions
4.6. Pipelining and Instruction-Level Parallelism
4.7. The Design of a Simple Processor

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Chapter 5: The Memory System

5.1. Memory Hierarchy
5.2. Cache Memory
5.3. Main Memory (RAM)
5.4. Virtual Memory
5.5. Memory Management Techniques
5.6. Address Translation and Paging
5.7. Secondary Storage Devices

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Chapter 6: Input and Output Systems

6.1. I/O Devices and Their Role
6.2. Buses and I/O Channels
6.3. Interrupts and DMA (Direct Memory Access)
6.4. Input/Output Processor (IOP)
6.5. Disk Storage and Disk Scheduling
6.6. Network I/O and Communication

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Chapter 7: Assembly Language and Machine Architecture

7.1. The Role of Assembly Language
7.2. Machine Language and Assembly Language Instructions
7.3. Writing Simple Assembly Programs
7.4. Assemblers and Linkers
7.5. Addressing Modes in Assembly Language
7.6. Control Flow in Assembly Language
7.7. Stack and Heap Operations

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Chapter 8: System Software

8.1. Overview of System Software
8.2. Operating System Architecture
8.3. The Role of System Calls
8.4. File Systems and I/O Management
8.5. Memory Management in Operating Systems
8.6. Processes and Thread Management
8.7. Kernel-Level Services

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Chapter 9: Parallelism and Concurrency

9.1. Introduction to Parallelism
9.2. Types of Parallelism: Data and Task Parallelism
9.3. Multicore Processors and Parallel Programming
9.4. Concurrency and Synchronization
9.5. Shared Memory vs. Distributed Memory Architectures
9.6. Communication Models in Parallel Systems
9.7. Parallel Algorithms and Their Applications

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Chapter 10: Advanced Computer Architectures

10.1. RISC vs. CISC Architectures
10.2. Pipelined Processors
10.3. Superscalar Processors
10.4. Vector Processors and SIMD (Single Instruction Multiple Data)
10.5. Multithreading and Multicore Processors
10.6. Distributed and Networked Architectures
10.7. Cloud Computing and Virtualization Technologies

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Chapter 11: Security and Fault Tolerance

11.1. Security in Computer Systems
11.2. Cryptography and Encryption Techniques
11.3. Security Architecture and Access Control
11.4. Fault Tolerance and Error Detection
11.5. Redundancy in Computer Systems
11.6. Error-Correcting Codes and Their Applications
11.7. Protection Mechanisms in Modern Architectures

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Chapter 12: The Future of Computer Organization

12.1. Trends in Computer Architecture
12.2. Emerging Technologies: Quantum Computing and Beyond
12.3. The Impact of Machine Learning and AI on Computer Organization
12.4. Energy-Efficient and Green Computing
12.5. The Future of Parallel and Distributed Systems
12.6. Conclusion: The Evolution of Computer Systems

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