数据库处理：基础、设计与实现英文版

内容简介

　　第五版中文版数据库处理——基础、设计与实现（第五版）第七版中文版数据库处理——基础、设计与实现（第七版）第八版中文版数据库处理——基础、设计与实现（第八版）本书从实用角度出发，从用户、数据库和应用之间的关系人手，深入阐述了数据建模、应用设计与实现等技术。全书由七个部分组成，内容包括：数据库应用的构件和基本功能等概念；数据库建模与设计；在描述实体—联系模型的同时，主要描述语义对象模型以及两种模型下的数据库设计；讨论使用关系模型进行数据库实现，包括关系实现基础、SQL语言和数据库应用；介绍Internet技术的数据库应用、管理多用户数据库及访问数据库服务器；讨论企业数据库和面向对象数据库的处理。本书既可作为计算机专业的教材，也可作为数据库领域工程技术人员的参考书。

作者简介

暂缺《数据库处理：基础、设计与实现英文版》作者简介

图书目录

PART 1    INTRODUCTION
CHAPTER I   INTRODUCTION TO DATABASE PROCESSING
    1.1  Four Database Examples
    1.2  The Relationship of Application Programs and the DBMS
    1.3  File-Processing Systems
    1.4  Database Processing Systems
    1.5  Definition of a Database
    1.6  The History of Database Processing
    1.7  Summary
    1.8  Group I Questions
    1.9  Projects
CHAPTER 2  INTRODUCTION TO DATABASE DEVELOPMENT
    2.1  The Database
    2.2 The DBMS
    2.3  Creating the Database
    2.4  Components of Applications
    2.5  Database Development Processes
    2.6  Summary
    2.7  Group I Questions
    2.8  Group II Questions
PART 2  DATA MODELING
CHAPTER 3  THE ENTITY-RELATIONSHIP MODEL
    3.1  Elements of the Entity-Relationship Model
    3.2  Examples
    3.3  Databases as Models of Models
    3.4  Summary
    3.5  Group I Questions
    3.6  Group II Questions
    3.7  Projects
CHAPTER 4  THE SEMANTIC OBJECT MODEL
    4.1  Semantic Objects
    4.2  Creating Data Models with Semantic Objects
    4.3  Types of Objects
    4.4  Comparing the Semantic Object and the E-R Model
    4.5  Summary
    4.6  Group I Questions
    4.7  Group II Questions
    4.8  Projects
PART 3    DATABASE DESIGN
CHAPTER 5  THE RELATIONAL MODELAND NORMALIZATION
    5.1  The Relational Model
    5.2  Normalization
    5.3  First Through Fifth Normal Forms
    5.4  Domain/Key Normal Form
    5.5  The Synthesis of Relations
    5.6  Multi-Value Dependencies, Iteration 2
    5.7  Optimization
    5.8  Summary
    5.9  Group I Questions
    5.10 Group II Questions
CHAPTER 6  DATABASE DESIGN USING ENTITY-RELATIONSHIP MODELS
    6.1  Transformation of Entity-Relationship Models into Relational
          Data Base Designs
    6.2  Example Design
    6.3  Trees, Networks, and Bills of Materials
    6.4  Summary
    6.5  Group I Questions
    6.6  Group II Questions
    6.7 Projects
CHAPTER 7  DATABASE DESIGN WITH SEMANTIC OBJECT MODELS
    7.1  Transformation of Semantic Objects into Relational Database Designs
    7.2 Sample Objects
    7.3  Summary
    7.4  Group I Questions
    7.5  Group II Questions
    7.6 Projects
PART 4  DATABASE IMPLEMENTATION WITH THE
             RELATIONAL MODEL
CHAPTER 8  FOUNDATIONS OF RELATIONAL IMPLEMENTATION
    8.1  Defining Relational Data
    8.2  Relational Data Manipulation
    8.3  Relational Algebra
    8.4  Summary
    8.5  Group I Question
CHAPTER 9  STRUCTURED QUERY LANGUAGE
    9.1  Querying a Single Table
    9.2  Querying Multiple Tables
    9.3  Exists and Not Exists
    9.4 Changing Data
    9.5  Summary
    9.6  Group I Questions
    9.7  Group Il Questions
    9.8  Projects
CHAPTER 10  DATABASE APPLICATION DESIGN
    10.1  Functions of a Database Application
    10.2  Case Application: View Ridge Gallery
    10.3  Creating, Reading, Updating, and Deleting View Instances
    10.4  Form Design
    10.5  Report Design
    10.6  Enforcing Constraints
    10.7  Security and Control
    10.8  Application Logic
    10.9  Summary
    10.10 Group I Questions
    10.11 Group II Questions
    10.12 Projects
PART 5  USING INTERNET TECHNOLOGY
CHAPTER 11  DATABASE APPLICATIONS USING INTERNET TECHNOLOGY
    11.1  Network Environments
    11.2  Three-Tier Archithcture
    11.3  Languages Used for Intemet-Technology Applications
    11.4  Markup Languages: DHTML and XML
    11.5  The Role of Web Servers: IIS and ASP
    11.6  Summary
    11.7  Group I Questions
    11.8  Group II Questions
    11.9  Project
CHAPTER 12  MANAGING MULTI-USER DATABASES
    12.1  Concurrency Control
    12.2  Database Recovery
    12.3  Database Security
    12.4  Database Administration
    12.5  Summary
    12.6  Group I Questions
    12.7  Group II Questions
    12.8  Project
CHAPTER 13  ACCESSING THE DATABASE SERVER: ODBC, OLE DB, AND ADO
    13.1  The Web Server Data Environment
    13.2  Open Database Connectivity(ODBC) Standard
    13.3  OLE DB
    13.4 ADO (Active Data Objects)
    13.5  Summary
    13.6  Group I Questions
    13.7  Group U Questions
    13.8  Projects
PART 6  ENTERPRISE DATABASES
CHAPTER 14  SHARING ENTERPRISE DATA
    14.1  Enterprise Database Processing Architectures
    14.2  Downloading Data
    14.3  On Line Analytic Processing(OLAP)
    14.4  Data Warehouses
    14.5  Data Administration
    14.6  Summary
    14.7  Group I Questions
    14.8  Group II Questions
CHAPTER 15  RELATIONAL IMPLEMENTATION WITH DB2
    15.1  Case Study: KDK Appliances
    15.2 DB2: The Product
    15.3  Relational Implementation Using DB2
    15.4  Summary
    15.5  Group I Questions
    15.6 Group II Questions
CHAPTER 16  THE HIERARCHICALAND NETWORK DATA MODELS
    16.1  Library Example
    16.2  Data Language/I
    16.3  The CODASYL DBTG Model
    16.4  Summary
    16.5  Group I Questions
    16.6  Group II Questions
PART 7    OBJECT-ORIENTED DATABASE PROCESSING
CHAPTER 17  OBJECT-ORIENTED DATABASE PROCESSING
    17.1  A Sketch of Object-Oriented Programming
    17.2  OOP Example
    17.3  Object Persistence
    17.4  Comparing ODBMS and Traditional DBMS
    17.50DBMS Standards
    17.6  Summary
    17.7  Group I Questions
    17.8  Group II Questions
APPENDIX A  DATA STRUCTURES FOR DATABASE PROCESSING
APPENDIX B  USING SQL SERVER 7.0
APPENDIX C  WORKING WITH CYBERPRISE DBAPP
GLOSSARY
    BIBLIOGRAPLIY