数据库系统基础教程（英文版）（第3版） PDF下载

1 The Worlds of Database Systems
 1.1 The Evolution of Database Systems
 1.1.1 Early Database Management Systems
 1.1.2 Relational Database Systems
 1.1.3 Smaller and Smaller Systems
 1.1.4 Bigger and Bigger Systems
 1.1.5 Information Integration
 1.2 Overview of a Database Management System
 1.2.1 Data-Definition Language Commands
 1.2.2 Overview of Query Processing
 1.2.3 Storage and Buffer Management
 1.2.4 Transaction Processing
 1.2.5 The Query Processor
 1.3 Outline of Database-System Studies1  The Worlds of Database Systems<；br>；  1.1  The Evolution of Database Systems<；br>；    1.1.1  Early Database Management Systems<；br>；    1.1.2  Relational Database Systems<；br>；    1.1.3 Smaller and Smaller Systems<；br>；    1.1.4  Bigger and Bigger Systems<；br>；    1.1.5  Information Integration<；br>；  1.2  Overview of a Database Management System<；br>；    1.2.1  Data-Definition Language Commands<；br>；    1.2.2  Overview of Query Processing<；br>；    1.2.3  Storage and Buffer Management<；br>；    1.2.4  Transaction Processing<；br>；    1.2.5  The Query Processor<；br>；  1.3  Outline of Database-System Studies<；br>；  1.4  References for Chapter 1<；br>；Ⅰ  Relational Database Modeling<；br>；2  The Relational Model of Data<；br>；  2.1  An Overview of Data Models<；br>；    2.1.1  What is a Data Model?<；br>；    2.1.2 Important Data Models<；br>；    2.1.3  The Relational Model in Brief<；br>；    2.1.4  The Semistructured Model in Brief<；br>；    2.1.5  Other Data Models<；br>；    2.1.6  Comparison of Modeling Approaches<；br>；  2.2  Basics of the Relational Model<；br>；    2.2.1  Attributes<；br>；    2.2.2  Schemas<；br>；    2.2.3  Tuples<；br>；    2.2.4  Domains<；br>；    2.2.5  Equivalent Representations of a Relation<；br>；    2.2.6  Relation Instances<；br>；    2.2.7  Keys of Relations<；br>；    2.2.8  An Example Database Schema<；br>；    2.2.9  Exercises for Section 2.2<；br>；  2.3  Defining a Relation Schema in SQL<；br>；    2.3.1  Relations in SQL<；br>；    2.3.2  Data Types<；br>；    2.3.3  Simple Table Declarations<；br>；    2.3.4  Modifying Relation Schemas<；br>；    2.3.5  Default Values<；br>；    2.3.6  Declaring Keys<；br>；    2.3.7  Exercises for Section 2.3<；br>；  2.4  An Algebraic Query Language<；br>；    2.4.1  Why Do We Need a Special Query Language?<；br>；    2.4.2  What is an Algebra?<；br>；    2.4.3  Overview of Relational Algeebra<；br>；    2.4.4  Set Operations on Relations<；br>；    2.4.5  Projection<；br>；    2.4.6  Selection<；br>；    2.4.7  Cartesian Product<br>    2.4.8  Natural Joins<br>    2.4.9  Theta-Joins<br>    2.4.10  Combining Operations to Form Queries<br>    2.4.11  Naming and Renaming<br>    2.4.12  Relationships Among Operations<br>    2.4.13  A Linear Notation for Algebraic Expressions<br>    2.4.14  Exercises for Section 2.4<br>  2.5  Constraints on Relations<br>    2.5.1  Relational Algebra as a Constraint Language<br>    2.5.2  Referential Integrity Constraints<br>    2.5.3  Key Constraints<br>    2.5.4  Additional Constraint Examples<br>    2.5.5  Exercises for Secticn 2.5<br>  2.6  Summary of Chapter 2<br>  2.7  References for Chapter 2<br>3  Design Theory for Relational Databases<br>  3.1  Functional Dependencies<br>    3.1.1  Definition of Functional Dependency<br>    3.1.2  Keys of Relations<br>    3.1.3  Superkeys<br>    3.1.4  Exercises for Section 3.1<br>  3.2  Rules About Functional Dependencies<br>    3.2.1  Reasoning About Functional Dependencies<br>    3.2.2 The Splitting/Combining Rule<br>  ……<br>4  High-Level Database Models<br>5  Algebraic and Logical Query Languages<br>6  The Database Language SQL<br>7  Constraints and Triggers<br>8  Views and Indexes<br>9  SQL in a Server Environment<br>10  Advanced Topics in Relational Databases<br>11  The Semistructured-Data Model<br>12  Programming Languages for XML<br>Index