数据库系统基础教程

作者: 厄尔曼（Jeffrey D. Ullman）著 , 怀德姆（Jennifer Widom）著

出版社: 机械工业出版社

出版时间: 2008-08

版次: 3

ISBN: 9787111247333

定价: 45.00

装帧: 平装

开本: 32开

纸张: 胶版纸

页数: 565页

正文语种: 英语

分类: 教材教辅考试>教辅>小学教辅>小学通用

146人买过

　　《华章图书·数据库系统基础教程（英文版）（第3版）》由美国斯坦福大学知名计算机科学家JeffreyUllman和JenniferWidom合作编写。书中介绍了核心DBMS概念、理论和模型，描述了如何使用抽象语言和SQL查询与更新DBMS。在介绍了SQL扩展内容（包括嵌入式SQL程序设计和对象关系特征）后，又介绍了使用XML的系统。设计语言包括XML模式，查询语言包括XPath和XQuery。　　JeffreyD．UIIman斯坦福大学计算机科学系．StanfordW．Ascherman教授，数据库技术专家。他独立或与人合作出版了15本著作，发表了170多篇技术论文。他的研究兴趣包括数据库理论．数据库集成、数据挖掘和利用信息基础设施进行教育。他是美国国家工程院成员，曾获得Knuth奖、SIGMOD贡献奖、Karlstrom杰出教育家奖和EdgarECodd发明奖。 1TheWorldsofDatabaseSystems
1.1TheEvolutionofDatabaseSystems
1.1.1EarlyDatabaseManagementSystems
1.1.2RelationalDatabaseSystems
1.1.3SmallerandSmallerSystems
1.1.4BiggerandBiggerSystems
1.1.5InformationIntegration

1.2OverviewofaDatabaseManagementSystem
1.2.1Data-DefinitionLanguageCommands
1.2.2OverviewofQueryProcessing
1.2.3StorageandBufferManagement
1.2.4TransactionProcessing
1.2.5TheQueryProcessor
1.3OutlineofDatabase-SystemStudies
1.4ReferencesforChapter1

2RelationalDatabaseModeling
2TheRelationalModelofData
2.1AnOverviewofDataModels
2.1.1WhatisaDataModel?
2.1.2ImportantDataModels
2.1.3TheRelationalModelinBrief
2.1.4TheSemistructuredModelinBrief
2.1.5OtherDataModels
2.1.6ComparisonofModelingApproaches

2.2BasicsoftheRelationalModel
2.2.1Attributes
2.2.2Schemas
2.2.3Tuples
2.2.4Domains
2.2.5EquivalentRepresentationsofaRelation
2.2.6RelationInstances
2.2.7KeysofRelations
2.2.8AnExampleDatabaseSchema
2.2.9ExercisesforSection2.2

2.3DefiningaRelationSchemainSQL
2.3.1RelationsinSQL
2.3.2DataTypes
2.3.3SimpleTableDeclarations
2.3.4ModifyingRelationSchemas
2.3.5DefaultValues
2.3.6DeclaringKeys
2.3.7ExercisesforSection2.3

2.4AnAlgebraicQueryLanguage
2.4.1WhyDoWeNeedaSpecialQueryLanguage?
2.4.2WhatisanAlgebra?
2.4.3OverviewofRelationalAlgeebra
2.4.4SetOperationsonRelations
2.4.5Projection
2.4.6Selection
2.4.7CartesianProduct
2.4.8NaturalJoins
2.4.9Theta-Joins
2.4.10CombiningOperationstoFormQueries
2.4.11NamingandRenaming
2.4.12RelationshipsAmongOperations
2.4.13ALinearNotationforAlgebraicExpressions
2.4.14ExercisesforSection2.4

2.5ConstraintsonRelations
2.5.1RelationalAlgebraasaConstraintLanguage
2.5.2ReferentialIntegrityConstraints
2.5.3KeyConstraints
2.5.4AdditionalConstraintExamples
2.5.5ExercisesforSecticn2.5
2.6SummaryofChapter2
2.7ReferencesforChapter2

3DesignTheoryforRelationalDatabases
3.1FunctionalDependencies
3.1.1DefinitionofFunctionalDependency
3.1.2KeysofRelations
3.1.3Superkeys
3.1.4ExercisesforSection3.1
3.2RulesAboutFunctionalDependencies
3.2.1ReasoningAboutFunctionalDependencies
3.2.2TheSplitting/CombiningRule
……
4High-LevelDatabaseModels
5AlgebraicandLogicalQueryLanguages
6TheDatabaseLanguageSQL
7ConstraintsandTriggers
8ViewsandIndexes
9SQLinaServerEnvironment
10AdvancedTopicsinRelationalDatabases
11TheSemistructured-DataModel
12ProgrammingLanguagesforXML
Index
内容简介:
　　《华章图书·数据库系统基础教程（英文版）（第3版）》由美国斯坦福大学知名计算机科学家JeffreyUllman和JenniferWidom合作编写。书中介绍了核心DBMS概念、理论和模型，描述了如何使用抽象语言和SQL查询与更新DBMS。在介绍了SQL扩展内容（包括嵌入式SQL程序设计和对象关系特征）后，又介绍了使用XML的系统。设计语言包括XML模式，查询语言包括XPath和XQuery。
作者简介:
　　JeffreyD．UIIman斯坦福大学计算机科学系．StanfordW．Ascherman教授，数据库技术专家。他独立或与人合作出版了15本著作，发表了170多篇技术论文。他的研究兴趣包括数据库理论．数据库集成、数据挖掘和利用信息基础设施进行教育。他是美国国家工程院成员，曾获得Knuth奖、SIGMOD贡献奖、Karlstrom杰出教育家奖和EdgarECodd发明奖。
目录:
1TheWorldsofDatabaseSystems
1.1TheEvolutionofDatabaseSystems
1.1.1EarlyDatabaseManagementSystems
1.1.2RelationalDatabaseSystems
1.1.3SmallerandSmallerSystems
1.1.4BiggerandBiggerSystems
1.1.5InformationIntegration

1.2OverviewofaDatabaseManagementSystem
1.2.1Data-DefinitionLanguageCommands
1.2.2OverviewofQueryProcessing
1.2.3StorageandBufferManagement
1.2.4TransactionProcessing
1.2.5TheQueryProcessor
1.3OutlineofDatabase-SystemStudies
1.4ReferencesforChapter1

2RelationalDatabaseModeling
2TheRelationalModelofData
2.1AnOverviewofDataModels
2.1.1WhatisaDataModel?
2.1.2ImportantDataModels
2.1.3TheRelationalModelinBrief
2.1.4TheSemistructuredModelinBrief
2.1.5OtherDataModels
2.1.6ComparisonofModelingApproaches

2.2BasicsoftheRelationalModel
2.2.1Attributes
2.2.2Schemas
2.2.3Tuples
2.2.4Domains
2.2.5EquivalentRepresentationsofaRelation
2.2.6RelationInstances
2.2.7KeysofRelations
2.2.8AnExampleDatabaseSchema
2.2.9ExercisesforSection2.2

2.3DefiningaRelationSchemainSQL
2.3.1RelationsinSQL
2.3.2DataTypes
2.3.3SimpleTableDeclarations
2.3.4ModifyingRelationSchemas
2.3.5DefaultValues
2.3.6DeclaringKeys
2.3.7ExercisesforSection2.3

2.4AnAlgebraicQueryLanguage
2.4.1WhyDoWeNeedaSpecialQueryLanguage?
2.4.2WhatisanAlgebra?
2.4.3OverviewofRelationalAlgeebra
2.4.4SetOperationsonRelations
2.4.5Projection
2.4.6Selection
2.4.7CartesianProduct
2.4.8NaturalJoins
2.4.9Theta-Joins
2.4.10CombiningOperationstoFormQueries
2.4.11NamingandRenaming
2.4.12RelationshipsAmongOperations
2.4.13ALinearNotationforAlgebraicExpressions
2.4.14ExercisesforSection2.4

2.5ConstraintsonRelations
2.5.1RelationalAlgebraasaConstraintLanguage
2.5.2ReferentialIntegrityConstraints
2.5.3KeyConstraints
2.5.4AdditionalConstraintExamples
2.5.5ExercisesforSecticn2.5
2.6SummaryofChapter2
2.7ReferencesforChapter2

3DesignTheoryforRelationalDatabases
3.1FunctionalDependencies
3.1.1DefinitionofFunctionalDependency
3.1.2KeysofRelations
3.1.3Superkeys
3.1.4ExercisesforSection3.1
3.2RulesAboutFunctionalDependencies
3.2.1ReasoningAboutFunctionalDependencies
3.2.2TheSplitting/CombiningRule
……
4High-LevelDatabaseModels
5AlgebraicandLogicalQueryLanguages
6TheDatabaseLanguageSQL
7ConstraintsandTriggers
8ViewsandIndexes
9SQLinaServerEnvironment
10AdvancedTopicsinRelationalDatabases
11TheSemistructured-DataModel
12ProgrammingLanguagesforXML
Index