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  • 正版二手 数据库系统基础教程 英文版第三版第3版 厄尔曼

正版二手 数据库系统基础教程 英文版第三版第3版 厄尔曼

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9787111247333

  • 作者: 
  • 出版社:    机械工业出版社
  • ISBN:    9787111247333
  • 出版时间: 
  • 装帧:    平装
  • 开本:    暂无
  • 页数:    565页
  • 作者: 
  • 出版社:  机械工业出版社
  • ISBN:  9787111247333
  • 出版时间: 
  • 装帧:  平装
  • 开本:  暂无
  • 页数:  565页

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    • 货号:
      761901822537
      商品描述:
      基本信息书名:数据库系统基础教程英文版第3版经典原版书库定价:45.0元作者:(美国)(JeffreyD.Ullman)厄尔曼(美国)(JenniferWidom)怀德姆出版社:机械工业出版社出版日期:2008年01月01日ISBN:9787111247333页码:565商品重量:0.55编辑推荐 暂无信息   内容提要      
      本书由美国斯坦福大学知名计算机科学家Jeffrey
      Ullman和Jennifer
      Widom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。
      本书特色
      全面改版的组织结构。
      UML数据库模型的新内容。
      包括3NF综合算法在内的操作依赖新算法的引入。
      更多的3NF,包括3NF综合算法。
      扩展的SQL触发讨论。
      新增的索引选择和物化视图。
      新增的三层体系结构。
      新增的PHP。
      新增的OLAP和SQL立方体操作符介绍。
      扩展的XML内容,包括XML模式、XPath、XQuery和XSLT。 目录   
      The
      Worlds
      of
      Database
      Systems
      1.1The
      Evolution
      of
      Database
      Systems
      1.1.1Early
      Database
      Management
      Systems
      1.1.2Relational
      Database
      Systems
      1.1.3Smaller
      and
      Smaller
      Systems
      1.1.4Bigger
      and
      Bigger
      Systems
      1.1.5Information
      Integration
      1.2Overview
      of
      a
      Database
      Management
      System
      1.2.1Data-Definition
      Language
      Commands
      1.2.2Overview
      of
      Query
      Processing
      1.2.3Storage
      and
      Buffer
      Management
      1.2.4Transaction
      Processing
      1.2.5The
      Query
      Processor
      1.3Outline
      of
      Database-System
      Studies
      1.4References
      for
      Chapter
      1
      IRelational
      Database
      Modeling
      2The
      Relational
      Model
      of
      Data
      2.1An
      Overview
      of
      Data
      Models
      2.1.1What
      is
      a
      Data
      Model?
      2.1.2Important
      Data
      Models
      2.1.3The
      Relational
      Model
      in
      Brief
      2.1.4The
      Semistructured
      Model
      in
      Brief
      2.1.5Other
      Data
      Models
      2.1.6Comparison
      of
      Modeling
      Approaches
      2.2Basics
      of
      the
      Relational
      Model
      2.2.1Attributes
      2.2.2Schemas
      2.2.3Tuples
      2.2.4Domains
      2.2.5Equivalent
      Representations
      of
      a
      Relation
      2.2.6Relation
      Instances
      2.2.7Keys
      of
      Relations
      2.2.8An
      Example
      Database
      Schema
      2.2.9Exercises
      for
      Section
      2.2
      2.3Defining
      a
      Relation
      Schema
      in
      SQL
      2.3.1Relations
      in
      SQL
      2.3.2Data
      Types
      2.3.3Simple
      Table
      Declarations
      2.3.4Modifying
      Relation
      Schemas
      2.3.5Default
      Values
      2.3.6Declaring
      Keys
      2.3.7Exercises
      for
      Section
      2.3
      2.4An
      Algebraic
      Query
      Language
      2.4.1Why
      Do
      We
      Need
      a
      Special
      Query
      Language?
      2.4.2
      What
      is
      an
      Algebra?
      2.4.3Overview
      of
      Relational
      Algebra
      2.4.4Set
      Operations
      on
      Relations
      2.4.5Projection
      2.4.6Selection
      2.4.7Cartesian
      Product
      2.4.8Natural
      Joins
      2.4.9Theta-Joins
      2.4.10
      Combining
      Operations
      to
      Form
      Queries
      2.4.11
      Naming
      and
      Renaming
      2.4.12
      Relationships
      Among
      Operations
      2.4.13
      A
      Linear
      Notation
      for
      Algebraic
      Expressions
      2.4.14
      Exercises
      for
      Section
      2.4
      2.5Constraints
      on
      Relations
      2.5.1Relational
      Algebra
      as
      a
      Constraint
      Language
      2.5.2Referential
      Integrity
      Constraints
      2.5.3Key
      Constraints
      2.5.4Additional
      Constraint
      Examples
      2.5.5Exercises
      for
      Section
      2.5
      2.6Summary
      of
      Chapter
      2
      2.7References
      for
      Chapter
      2
      Design
      Theory
      for
      Relational
      Databases
      3.1Functional
      Dependencies
      3.1.1Definition
      of
      Functional
      Dependency
      3.1.2Keys
      of
      Relations
      3.1.3Superkeys
      3.1.4Exercises
      for
      Section
      3.1
      3.2Rules
      About
      Functional
      Dependencies
      3.2.1Reasoning
      About
      Functional
      Dependencies
      3.2.2The
      Splitting/Combining
      Rule
      3.2.3
      nivial
      Functional
      Dependencies
      3.2.4
      Computing
      the
      Closure
      of
      Attributes
      3.2.5
      Why
      the
      Closure
      Algorithm
      Works
      3.2.6
      The
      Transitive
      Rule
      3.2.7
      Closing
      Sets
      ofFunctional
      Dependencies
      3.2.8
      Projecting
      Functional
      Dependencies
      3.2.9
      Exercises
      for
      Section
      3.2
      3.3
      Design
      of
      Relational
      Database
      Schema
      3.3.1Anomalies
      3.3.2
      Decomposing
      Relations
      3.3.3
      Boyce-Codd
      Normal
      Form
      3.3.4
      Decomposition
      into
      BCNF
      3.3.5
      Exercises
      for
      Section
      3.3
      3.4
      Decomposition:The
      Good,Bad,and
      Ugly
      3.4.1Recovering
      Information
      from
      a
      Decomposition
      3.4.2
      The
      Chase
      Test
      for
      Lossless
      Join
      3.4.3Why
      the
      Chase
      works
      3.4.4
      Dependency
      Preservation
      3.4.5
      Exercises
      for
      Section
      3.4
      3.5
      Third
      Normal
      Form
      3.5.1
      Definition
      of
      Third
      Normal
      Form
      3.5.2The
      Synthesis
      Algorithm
      for
      3NF
      Schemas
      3.5.3
      Why
      the
      3NF
      Synthesis
      Algorithm
      Works
      3.5.4
      Exercises
      for
      Section
      3.5
      3.6
      Multivalued
      Dependencies
      3.6.1Attribute
      Independence
      and
      Its
      Consequent
      Redundancy
      3.6.2
      Definition
      ofMultivalued
      Dependencies
      3.6.3Reasoning
      About
      Multivalued
      Dependencies
      3.6.4
      F0urth
      Normal
      Form
      3.6.5
      Decomposition
      into
      Fourth
      Normal
      Form
      3.6.6Relationships
      Among
      Normal
      Forms
      3.6.7
      Exercises
      for
      Section
      3.6
      3.7
      An
      Algorithm
      for
      Discovering
      MVD'S
      3.7.1
      The
      Closure
      and
      the
      Chase
      3.7.2Extending
      the
      Chase
      to
      MVD's
      3.7.3Why
      the
      Chase
      W10rks
      for
      MVD'S
      3.7.4
      Projecting
      MVD'S
      3.7.5
      Exercises
      for
      Section
      3.7
      3.8
      Summary
      of
      Chapter
      3
      3.9
      References
      for
      Chapter
      3
      4
      High-Level
      Database
      M0dels
      5
      Algebraic
      and
      Logical
      Query
      Languages
      6
      The
      Database
      Language
      SQL
      7
      Constraints
      and
      Triggers
      8
      Views
      and
      Indexes
      9
      SQL
      in
      a
      Server
      Environment
      10
      Advanced
      Topics
      in
      Relational
      Databases

      Modeling
      and
      Programming
      for
      semistructured
      Data
      ……作者介绍  暂无信息

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