计算机科学基础—从数据操纵到计算理论（影印版） pdf mobi 下载 kindle 115盘 chm 阿里云 rb

本导论性教材向读者介绍了计算机科学的诸多分支。主要内容包括：文本、音频、图像与数据的数字化表示；计算机硬件与软件，如操作系统和程序设计语言；数据组织问题，如SQL数据库模型等。

本书讲解循序渐进，从位和字节级别到较高的抽象级别，提供了使读者进一步学习程序设计和计算机学科其他分支领域所的基础知识。为确保书中内容清晰易懂，作者通过各种方式提供了指导：侧重讲解概念，而非仅限于数学模型和技术细节；为读者掌握内容展示大量图表，促进并支持阅读理解；有说明概念和相关数学模型的例题；辅助学习和复习的关键词条、小结和习题；完整章节分别讲述计算机网络、操作系统、计算机组成原理等。本书配有网上资源www.brookscole.com/compsci，提供了电子教案、在线教学测试题、学生解答和阶段测试等丰富的教学素材。

本书适用于高等院校理工科各专业本科计算机科学导论类课程，对于那些对计算机科学感兴趣的读者而言也有很好的参考价值。

Part I COMPUTER AND DATA

Chapter 1 Introduction

1.1 The Computer as a Black Box

Data Processor

Programmable Data Processor

1.2 von Neumann Model

Four Subsystems

Stored Program Concept

Sequential Execution of Instructi***

1.3 Computer Hardware

1.4 Data

Storing Data

Organizing Data

1.5 Computer Software

Programs Must Be Stored

A Sequence of Instructi***

Algorithms

Languages

Software Engineering

Operating Systems

1.6 History

Mechanical Machines (Before 1930)

Birth of Electronic Computers (1930—1950)

1.7 Key Terms

1.8 Summary

1.9 Practice Set

Chapter 2 Data Representation

2.1 Data Types

2.2 Data Inside the Computer

Bit

Bit Pattern

Byte

2.3 Representing Data

Text

Numbers

Images

Audio

Video

2.4 Hexadecimal Notation

Conversion

2.5 Octal Notation

Conversion

2.6 Key Terms

2.7 Summary

2.8 Practice Set

Chapter 3 Number Representation

3.1 Decimal and Binary

Decimal System

Binary System

3.2 Conversion

Binary to Decimal Conversion

Decimal to Binary Conversion

3.3 Integer Representation

Unsigned Integers Format

Sign-and-Magnitude Format

One's Complement Format

Two's Complement Format

Summary of Integer Representation

3.4 Excess System

3.5 Floating-Point Representation

Converting to Binary

Normalization

Sign, Exponent, and Mantissa

IEEE Standards

3.6 Hexadecimal Notation

3.7 Key Terms

3.8 Summary

3.9 Practice Set

Chapter 4 Operati*** on Bits

4.1 Arithmetic Operati***

Arithmetic Operati*** on Integers

Arithmetic Operati*** on Floating-Point Numbers

4.2 Logical Operati***

Truth Tables

Unary ***

Binary ***s

Applicati***

4.3 Shift Operati***

4.4 Key Terms

4.5 Summary

4.6 Practice Set

Part II COMPUTER HARDWARE

Chapter 5 Computer Organization

5.1 Central Processing Unit (CPU)

Arithmetic Logic Unit (ALU)

Registers

Control Unit

5.2 Main Memory

Address Space

Memory Types

Memory Hierarchy

Cache Memory

5.3 Input/Output

N***torage Devices

Storage Devices

5.4 Subsystems Interconnection

Connecting CPU and Memory

Connecting I/O Devices

Addressing Input/Output Devices

5.5 Program Execution

Machine Cycle

A Machine Cycle Example

Input/Output Operation

5.6 Two Different Architectures

CISC

RISC

5.7 Key Terms

5.8 Summary

5.9 Practice Set

Chapter 6 Computer Networks

6.1 Networks, Large and Small

Model and Protocol

6.2 OSI Model

Seven Layers

Functi*** of the Layers

6.3 Categories of Networks

Local Area Network (LAN)

Metropolitan Area Network (MAN)

Wide Area Network (WAN)

*** Connecting Devices

Repeaters

Bridges

Routers

Gateways

6.5 The Internet and ***P/IP

Physical and Data-Link Layers

Network Layer

Transport Layer

Application Layer

6.6 Key Terms

6.7 Summary

6.8 Practice Set

Part III COMPUTER SOFTWARE

Chapter 7 Operating Systems

7.1 Definition

7.2 Evolution

Batch Systems

Time-Sharing Systems

Personal Systems

Parallel Systems

Distributed Systems

7.3 Components

Memory Manager

Process Manager

Device Manager

File Manager

User Interface

7.4 Popular Operating Systems

Windows 2000

UNIX

Linux

7.5 Key Terms

7.6 Summary

7.7 Practice Set

Chapter 8 Algorithms

8.1 Concept

Informal Definition

Example

Defining Acti***

Refinement

Generalization

8.2 Three C***tructs

Sequence

Decision

Repetition

8.3 Algorithm Representation

Flowchart

Pseudocode

8.4 A More Formal Definition

Ordered Set

Unambiguous Steps

Produce a Result

Terminate in a Finite Time

8.5 Subalgorithms

Structure Chart

8.6 Basic Algorithms

Summation

Product

Smallest and Largest

Sorting

Searching

8.7 Recursion

I***tive Definition

Recursive Definition

8.8 Key Terms

8.9 Summary

8.10 Practice Set

Chapter 9 Programming Languages

9.1 Evolution

Machine Languages

Symbolic Languages

High-Level Languages

Natural Languages

9.2 Building a Program

Writing and Editing Programs

Compiling Programs

Linking Programs

9.3 Program Execution

9.4 Categories of Languages

Procedural (Imperative) Languages

Object-Oriented Languages

Functional Languages

Declarative (Logic) Languages

Special Languages

9.5 A Procedural Language: C

Identifiers

Data Types

Variables

C***tants

Input and Output

Expressi***

Statements

Functi***

Selection

Repetition

Derived Data Types

Recursion

9.6 Key Terms

9.7 Summary

9.8 Practice Set

Chapter 10 Software Engineering

10.1 Software Life Cycle

Analysis Phase

Design Phase

Implementation Phase

Testing Phase

10.2 Development Process Models

Waterfall Model

Incremental Model

10.3 Modularity

Tools

Coupling

Cohesion

10.4 Quality

Quality Defined

Quality Factors

The Quality Circle

10.5 Documentation

User Documentation

System Documentation

Documentation as an Ongoing Process

10.6 Key Terms

10.7 Summary

10.8 Practice Set

Part IV DATA ORGANIZATION

Chapter 11 Data Structures

11.1 Arrays

Array Applicati***

Two-Dimensional Arrays

11.2 Records

Accessing Records

11.3 Linked Lists

Nodes

Pointers to Linked Lists

Operati*** on Linked Lists

11.4 Key Terms

11.5 Summary

11.6 Practice Set

Chapter 12 Abstract Data Types

12.1 Background

Definition

Model for an Abstract Data Type

Operati*** on ADTs

12.2 Linear Lists

Operati*** on Linear Lists

Implementation of a General Linear List

Linear List Applicati***

12.3 Stacks

Operati*** on Stacks

Implementation of a Stack

Stack Applicati***

12.4 Queues

Operati*** on Queues

Implementation of a Queue

Queue Applicati***

12.5 Trees

Basic Tree Concepts

Operati*** on Trees

12.6 Binary Trees

Operati*** on Binary Trees

Implementation of a Binary Tree

Binary Tree Applicati***

12.7 Graphs

Terminology

Operati*** on Graphs

Implementation of a Graph

Graph Applicati***

12.8 Key Terms

12.9 Summary

12.10 Practice Set

Chapter 13 File Structures

13.1 Access Methods

Sequential Access

Random Access

13.2 Sequential Files

Updating Sequential Files

13.3 Indexed Files

Inverted Files

13.4 Hashed Files

Hashing Methods

Collision

13.5 Text versus Binary

Text Files

Binary Files

13.6 Key Terms

13.7 Summary

13.8 Practice Set

Chapter 14 Databases

14.1 Database Management System

14.2 Architecture

Internal Level

Conceptual Level

External Level

14.3 Database Models

Hierarchical Model

Network Model

Relational Model

14.4 Relational Model

Relation

14.5 Operati*** on Relati***

Insert

Delete

Update

Select

Project

Join

Union

Intersection

Difference

14.6 Structured Query Language

Statements

14.7 Other Database Models

Distributed Databases

Object-Oriented Databases

14.8 Key Terms

14.9 Summary

14.10 Practice Set

Part V ADVANCED TOPICS

Chapter 15 Data Compression

15.1 Lossless Compression

Run-Length Encoding

Huffman Coding

Lempel Ziv Encoding

15.2 Lossy Compression Methods

Image Compression: JPEG

Video Compression: MPEG

15.3 Key Terms

15.4 Summary

15.5 Practice Set

Chapter 16 Security

Privacy

Authentication

Integrity

Nonrepudiation

16.1 Privacy

Encryption/Decryption

Privacy Using the Combination

16.2 Digital Signature

Signing the W*** Document

Signing the Digest

16.3 Key Terms

1*** Summary

16.5 Practice Set

Chapter 17 Theory of Computation

17.1 Simple Language

Increment Statement

Decrement Statement

Loop Statement

Power of the Simple Language

Conclusion

17.2 Turing Machine

Turing Machine Components

Simulation of Simple Language

Conclusion

17.3 Godel Numbers

Representing a Program

Interpreting a Number

17.4 Halting Problem

Halting Problem is not Solvable

17.5 Solvable and Unsolvable Problems

Unsolvable Problems

Solvable Problems

17.6 Key Terms

17.7 Summary

17.8 Practice Set

Appendix A ASCII Code

Appendix B Unicode

Appendix C Flowcharts

C.1 Auxiliary Symbols

C.2 Main Symbols

Appendix D Pseudocode

D.1 Components

Appendix E Structure Charts

E.1 Structure Chart Symbols

E.2 Reading Structure Charts

E.3 Rules of Structure Charts

Appendix F Discrete Cosine Transform

F.1 Discrete Cosine Transform

F.2 Inverse Transform

Appendix G Acronyms

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书籍介绍

《计算机科学基础:从数据操纵到计算理论(影印版)》向读者介绍了计算机科学的诸多分支。主要内容包括：文本、音频、图像与数据的数字化表示；计算机硬件与软件，如操作系统和程序设计语言；数据组织问题，如SQL数据库模型等。讲解循序渐进，从位和字节级别到较高的抽象级别，提供了使读者进一步学习程序设计和计算机学科其他分支领域所必备的基础知识。