数据库系统入门（第八版）（影印版） 2025 chm pdf kindle rb azw3 下载 115盘

本书全面深入地介绍了数据库系统的相关理论与方法。全书共分为6个部分：第1部分“基本概念”，讲述什么是数据库系统、数据库系统的体系结构、概述关系数据库系统并讲解了SQL语言；第2部分“关系模型”，将关系模型作为现代数据库技术的基础进行全面介绍；第3部分“数据库设计”，主要包括函数依赖、范式在内的设计理论，以及语义模型（E-R模型）两部分内容；第4部分“事务管理”，介绍事务管理相关技术；第5部分“扩展主题”，介绍其他多种数据库相关技术；第6部分“对象、关系和XML”，主要介绍了对象技术对数据库的影响。

本书既可作为高等学校计算机及相关专业学生的教材，亦可供从事计算机应用的工程技术人员参考。

Preface to the Eighth Edition

PART I PRELIMINARIES

Chapter 1 An Overview of Database Management

1.1 Introduction

1.2 What Is a Database System?

1.3 What Is a Database?

1.4 Why Database?

1.5 Data Independence

1.6 Relational Systems and Others

1.7 Summary

Exercises

References and Bibliography

Chapter 2 Database System Architecture

2.1 Introduction

2.2 The Three Levels of the Architecture

2.3 The External Level

2.4 The Conceptual Level

2.5 The Internal Level

2.6 Mappings

2.7 The Database Administrator

2.8 The Database Management System

2.9 Data Communications

2.10 Client/Server Architecture

2.11 Utilities

2.12 Distributed Processing

2.13 Summary

Exercises

References and Bibliography

Chapter 3 An Introduction to Relational Databases

3.1 Introduction

3.2 An Informal Look at the Relational Model

3.3 Relations and Relvars

3.4 What Relations Mean

3.5 Optimization

3.6 The Catalog

3.7 Base Relvars and Views

3.8 Transactions

3.9 The Suppliers-and-Parts Database

3.10 Summary

Exercises

References and Bibliography

Chapter 4 An Introduction to SQL

4.1 Introduction

4.2 Overview

4.3 The Catalog

4.4 Views

4.5 Transactlons

4.6 Embedded SQL

4.7 Dynamic SQL and SQL/CLI

4.8 SQL Is Not Perfect

4.9 Summary

Exercises

References and Bibliography

PART II THE RELATIONAL MODEL

Chapter 5 Types

5.1 Introduction

5.2 Values vs.Variables

5.3 Types vs.Representations

5.4 Type Definition

5.5 Operators

5.6 Type Generators

5.7 SQL Facilities

5.8 Summary

Exercises

References and Bibliography

Chapter 6 Relations

6.1 Introduction

6.2 Tuples

6.3 Relation Types

6.4 Relation Values

6.5 Relation Variables

6.6 SQL Facilities

6.7 Summary

Exercises

References and Bibliography

Chapter 7 Relational Algebra

7.1 Introduction

7.2 Closure Revisited

7.3 The Original Algebra:Syntax

7.4 The Original Algebra:Semantics

7.5 Examples

7.6 What Is the Algebra For?

7.7 Further Points

7.8 Additional Operators

7.9 Grouping and Ungrouping

7.10 Summary

Exercises

References and Bibliography

Chapter 8 Relational Calculus

8.1 Introduction

8.2 Tuple Calculus

8.3 Examples

8.4 Calculus vs.Algebra

8.5 Computational Capabilities

8.6 SQL Facilities

8.7 Domain Calculus

8.8 Query-By-Example

8.9 Summary

Exercises

References and Bibliography

Chapter 9 Integrity

9.1 Introduction

9.2 A Closer Look

9.3 Predicates and Propositions

9.4 Relvar Predicates and Database Predicates

9.5 Checking the Constraints

9.6 Internal vs.External Predicates

9.7 Correctness vs.Consistency

9.8 Integrity and Views

9.9 A Constraint Classification Scheme

9.10 Keys

9.11 Triggers(a Digression)

9.12 SQL Facilities

9.13 Summary

Exercises

References and Bibliography

Chapter 10 Views

10.1 Introduction

10.2 What Are Views For?

10.3 View Retrievals

10.4 View Updates

10.5 Snapshots(a Digression)

10.6 SQL Facilities

10.7 Summary

Exercises

References and Bibliography

PART III DATABASE DESIGN

Chapter 11 Functional Dependencies

11.1 IntrOduction

11.2 Basic Definitions

11.3 Trivial and Nontrivial Dependencies

11.4 Closure of a Set of Dependencies

11.5 Closure of a Set of Attributes

11.6 Irreducible Sets of Dependencies

11.7 Summary

Exercises

References and Bibliography

Chapter 12 Further Normalization I:1NF,2NF,3NF,BCNF

12.1 Introduction

12.2 NOnloss Decomposition and Functional Dependencies

12.3 First,Second,and Third Normal Forms

12.4 Dependency Preservation

12.5 Bovce/Codd Normal Form

12.6 A Note on Relation-Valued Attributes

12.7 Summary

Exercises

References and Bibliograph

Chapter 13 Further Normalization II:Higher Normal Forms

13.1 Introduction

13.2 Multi-valued Dependencies and Fourth Normal Form

13.3 Join Dependencies and Fifth Normal Form

13.4 The Normalization Procedure Summarized

13.5 A Note on Denormalization

13.6 Orthogonal Design(a Digression)

13.7 Other Normal Forms

13.8 Summary

Exercises

References and BibliograPhy

Chapter 14 Semantic Modeling

14.1 Introduction

14.2 The Overall Approach

14.3 The E/R Model

14.4 E/R Diagrams

14.5 Database Design with the E/R Model

14.6 A Brief Analysis

14.7 Summary

Exercises

References and Bibliography

PART IV TRANSACTIoN MANAGEMENT

Chapter 15 Recovery

15.1 Introduction

15.2 Trantions

15.3 Transaction Recovery

15.4 System Recovery

15.5 Media Recovery

15.6 TwO-Phase Commit

15.7 Savepoints(a Digression)

15.8 SQL Facilities

15.9 Summary

Exercises

References and Bibliography

Chapter 16 Concurrency

16.1 Introduction

16.2 Three Concurrency Problems

16.3 Locking

16.4 The Three Concurrency Problems Revisited

16.5 Deadlock

16.6 Serializabilitv

16.7 Recovery Revisited

16.8 Isolation Levels

16.9 Intent Locking

16.10 Dropping ACID

16.11 SQL Facilities

16.12 Summary

Exercises

References and Bibliography

PART V FURTHER TOPICS

Chapter 17 Security

17.1 Introduction

17.2 Discretionary Access Control

17.3 Mandatory Access Control

17.4 Statistical Databases

17.5 Data Encryption

17.6 SQL Facilities

17.7 Summary

Exercises

Reterences and Bibliography

Chapter 18 Optimization

18.1 Introduction

18.2 A Motivating Example

18.3 An Overview of Query Processing

18.4 Expressic Transformation

18.5 Database Statistics

18.6 A Divide-and-Conquer Strategy

18.7 Implementing the Relational Operators

18.9 Summary

Exerclses

References and Bibliography

Chapter 19 Missing Information

19.1 Introduction

19.2 An Overview of the 3VL Approach

19.3 Some Consequences of the Foregoing Scheme

19.4 Nulls and Keys

19.5 Outer Join(a Digression)

19.6 Special Values

19.7 SQL Facilities

19.8 Summary

Exercises

References and Bibliography

Chapter 20 Typ e Inheritance

20.1 Introduction

20.2 Type Hierarchies

20.3 Polymorphism and Substitutabilitv

20.4 Variables and Assignments

20.5 Specialization by Constraint

20.6 Compansons

20.7 Operators,Versions,and Signatures

20.8 Is a Circle an Ellipse?

20.9 Specialization by Constraint Revisited

20.10 SQL Facilities

20.11 Summary

Exercises

References and Bibliography

Chapter 21 Distributed Databases

21.1 Introduction

21.2 Some Preliminaries

21.3 The Twelve Objectives

21.4 Problems of Distributed systems

21.5 Client/Server Systems

2 1.6 DBMS Independence

21.7 SQL Facilities

21.8 Summary

Exercises

References and Bibliography

Chapter 22 Decision Support

22.1 Introduction

22.2 Aspects of Decision Support

22.3 Database Design for Decision Support

22.4 Data Preparation

22.5 Data Warehouses and Data Marts

22.6 Online Analytical Processing

22.7 Data Mining

22.8 SQL Facilities

22.9 Summary

Exercises

References and Bibliography

Chapter 23 Temporal Databases

23.1 Introduction

23.2 What Is the Problem?

23.3 Intervals

23.4 Packing and Unpacking Relations

23.5 Generalizing the Relational Operators

23.6 Database Design

23.7 Integrity Constraints

23.8 Summary

Exercises

References and Bibliography

Chapter 24 Logic-Based Databases

24.1 Introduction

24.2 Overview

24.3 Propositional Calculus

24.4 Predicate Calculus

24.5 A Proof-Theoretic View of Databases

24.6 Deductive Database Systems

24.7 Recursive Query Processing

24.8 Summary

Exercises

References and Bibliography

PART VI OBJECTS,RELATIONS,AND XML

Chapter 25 Object Databases

25.1 Introduction

25 12 Objects,Classes,Methods,and Messages

25.3 A Closer Look

25.4 A Cradle-to-Grave Example

25.5 Miscellaneous Issues

25.6 Summary

Exercises

References and Bibliography

Chapter 26 object/Relational Databases

26.1 Introduction

26.2 The First Great Blunder

26.3 The Second Great Blunder

26.4 Implementation Issues

26.5 Benefits of True Rapprochement

26.7 SQL Facilities

Summary

Exercises

References and Bibliography

Chapter 27 The World Wide Web and XML

27.1 IntrOduction

27.2 The Web and the Internet

27.3 An Overview of XML

27.4 XML Data Definition

27.5 XML Data Manipulation

27.6 XML and Databases

27.7 SQL Facilities

27.8 Summary

Exercises

References and Bibliography

APPENDIXES

Appendix A The TransRelationalTM Model

A.1 Introduction

A.2 Three Levels of Abstraction

A.3 The Basic Idea

A.4 Condensed Columns

A.5 Merred Columns

A.6 Implementing the Relational Operators

A.7 Summary

References and Bibliography

Appendix B SQL Expressions

B.1 Introduction

B.2 Table Expressions

B.3 Boolean Expressions

Appendix C Abbreviations,Acronyms,and Symbols

Index

C.J.Date is an independent author,lecturer,researcher,and consultant,specializing in relational database technology.He is based in Healdsburg,California.

In 1967,following several years as a mathematical programmer and programming instructor for Leo Computers Ltd.(London,E.ngland),Mr.Date moved to the IBM(UK)Development Laboratories,where he worked on the integration of database functionality into PL/I.In 1974 he transferred to the IBM Systems Development Center in California,where he was responsible for the design of a database language known as the Unified Database Language,UDL,and worked on technical planning and externals design for the IBM products SQL/DS and DB2.He left IBM in May,1983.

Mr.Date has been active in the database field for well over 30 years.He was one of the first people anywhere to recognize the significance of Codd's pioneering work on the relational model.He has lectured widely on technical subjects principally on database topics,and especially on relational database--throughout North America and also in Europe,Australia,Latin America,and the Far East.In addition to the present book,he is author or coauthor of a number of other database texts,including,from Morgan Kaufmann,Temporal Data and the Relational Model(2003)and,from Addison-Wesley,Foundation for Future Database Systems:The Third Manifesto(2nd edition,2000),a detailed proposal for the future direction of the field;Database:A Primer(1983),which treats database systems from the nonspecialist's point of view;a series of Relational Database Writings books(1986,1990,1992,1995,1998),which deal with various aspects of relational technology in depth;and another series of books on specific systems and languages A Guide to DB2(4th edition,1993),A Guide to SYBASE and SQL Server(1992),A Guide to SQL/DS(1988),A Guide to INGRES(1987),and A Guide to the SQL Standard(4th edition,1997).His books have been translated into several languages,including Braille,Chinese,Dutch,French,German,Greek,Italian,Japanese,Korean,Polish,Portuguese,Russian,and Spanish.

Mr.Date has also produced over 300 technical articles and research papers and has made a variety of original contributions to database theory.For several years,he was a regular columnist for the magazine Database Programming & Design.He also contributes regularly to.the website htrp://www.dbdebunk.com.His professional seminars on database technology,offered both in North America and overseas,are widely considered to be second to none for the quality of the subject matter and the clarity of the exposition.

Mr.Date holds an Honours Degree in Mathematics from Cambridge University,England(BA 1962,MA 1966)and the honorary degree of Doctor of Technology from De Montfort University,England(1994).

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书籍介绍

《国外信息科学与技术经典图书系列:数据库系统入门(第8版)(影印版)》全面深入地介绍了数据库系统的相关理论与方法。全书共分为6个部分：第1部分“基本概念”，讲述什么是数据库系统、数据库系统的体系结构、概述关系数据库系统并讲解了SQL语言；第2部分“关系模型”，将关系模型作为现代数据库技术的基础进行全面介绍；第3部分“数据库设计”，主要包括函数依赖、范式在内的设计理论，以及语义模型（E-R模型）两部分内容；第4部分“事务管理”，介绍事务管理相关技术；第5部分“扩展主题”，介绍其他多种数据库相关技术；第6部分“对象、关系和XML”，主要介绍了对象技术对数据库的影响。

《国外信息科学与技术经典图书系列:数据库系统入门(第8版)(影印版)》既可作为高等学校计算机及相关专业学生的教材，亦可供从事计算机应用的工程技术人员参考。