《經典原版書庫·數據結構從套用到實現(Java版)(英文版)》使用流行的Java語言作為描述語言，詳細介紹了數據結構和算法。《經典原版書庫·數據結構從套用到實現(Java版)(英文版)》共分為五大部分。第一部分的 Java教程是全書的基礎，具體講述Java的運行環境、數據類型和運算符、基本語法等；同時介紹了面向對象的一些概念。第二部分對Java應用程式接口集(API)中的各種數據結構接口和其中涉及到的算法及算法分析進行了詳細介紹，並用實例說明了如何使用這些數據結構。第三部分是這些數據結構在實際中的套用，每一章對不同套用的理論和具體實現做了詳盡闡述。第四部分則針對第6章應用程式接口集中介紹過的各種數據結構接口，分別給予更加細緻的實例解說。第五部分介紹了一些高級的數據結構。 通過對《經典原版書庫·數據結構從套用到實現(Java版)(英文版)》的學習，讀者能夠抽象地思考不同數據結構的功能，了解它們之間的相關性，掌握在計算機工程中使用這些數據結構的能力。
基本介紹
- 書名：經典原版書庫•數據結構從套用到實現
- 出版社：機械工業出版社
- 頁數：491頁
- 開本：16
- 定價：55.00
- 作者：SeshVenugopal
- 出版日期：2008年1月1日
- 語種：簡體中文
- ISBN：9787111231653
- 品牌：機械工業出版社
基本介紹,內容簡介,作者簡介,圖書目錄,
基本介紹
內容簡介
《經典原版書庫·數據結構從套用到實現(Java版)(英文版)》概念清楚，邏輯性強，內容新穎，可作為高等院校計算機軟體專業與計算機套用專業學生的雙語教材和參考用書，也可供計算機工程技術人員參考。
作者簡介
Sesh Venugopal，擁有拉特格大學博士學位，現為拉特格大學計算機科學系教授和本科生指導主管。他還經營自己的IT和教育諮詢公司。
圖書目錄
Preface
List of Class Files
1 Object-Oriented Programming in Java
1.1 Objects and Encapsulation
1.1.1 Objects
1.1.2 Lifetime, State, and Messages
1.1.3 Clients of an Object
1.1.4 Separation of Interface from Implementation
1.2 Classes
1.2.1 State and Behavior
1.2.2 Method Overloading
1.2.3 Object Creation, Constructors, Garbage Collection
1.2.4 Method Invocation
1.2.5 Static Fields and Methods
1.2.6 Object References
1.3 Inheritance
1.3.1 Superclass and Subclass
1.3.2 Inherited and Specialized Fields
1.3.3 Constructors
1.3.4 Object Creation
1.3.5 Inherited and Specialized Methods
1.3.6 Method Overriding
1.4 The Object Class
1.4.1 The equals Method
1.4.2 The toString Method
1.4.3 The clone Method
1.5 Exceptions
1.5.1 Interpreting an Exception Message
1.5.2 Homegrown Error Handling
1.5.3 Throwing an Exception
1.5.4 Catching an Exception
1.5.5 Exception Class
1.6 Input and Output
1.6.1 Terminal-Driven IO
1.6.2 File-Based IO
1.6.3 String Tokenizing
1.6.4 Writing an Exception Class
1.7 Class Packages
1.7.1 Java Packages
1.7.2 Organizing Packages
1.7.3 Name Conflict Resolution
1.8 Access Control
1.8.1 Private Access
1.8.2 Package Access
1.8.3 Protected Access
1.8.4 Public Access
1.8.5 An Example
1.9 Polymorphism
1.9.1 Polymorphic Reference
1.9.2 Casting up the Class Hierarchy
1.9.3 Casting Down the Class Hierarchy
1.9.4 The instanceof Operator
1.10 Abstract Classes
1.10.1 Abstract Class Shape
1.10.2 Abstract Class Properties
1.11 A Game Park Example
1.12 Interfaces :
1.12.1 The Java interface Construct
1.12.2 Implementing an Interface
1.12.3 Interface as a Type
1.12.4 The Need for Interfaces
1.12.5 Extending Interfaces
1.13 Generics
1.13.1 Using java. uti 1 .ArrayLi st for Collections
1.13.2 The java. uti I. Ar rayLi st Public Interface
1.13.3 Implementing a Generic Class
1.13.4 Implementing a Generic Interface
1.13.5 Static Template Methods
1.14 Summary
1.15 Exercises
1.16 Programming Problems
2 The Big Picture
2.1 What Are Data Structures?
2.2 What Data Structures Do We Study?
2.3 What Are Abstract Data Types?
2.4 Why OOP and Java for Data Structures?
2.5 How Do I choose the Right Data Structures?\
3 Efficiency of Algorithms
3.1 Polynomial Arithmetic: A Running Example
3.2 Basic Operations
3.3 Input Size
3.4 Asymptotic Growth of Functions
3.5 Order and Big Oh
……
4 Unordered List
5 Ordered List
6 Queue
7 Stack
8 Recursion
9 Binary Tree and General Tree
10 Binary Search Tree and AVL Tree
11 Heap
12 Hash Table
13 Sorting
14 Graphs I:Algorithms
15 Graphys II: Implementation
Index
List of Class Files
1 Object-Oriented Programming in Java
1.1 Objects and Encapsulation
1.1.1 Objects
1.1.2 Lifetime, State, and Messages
1.1.3 Clients of an Object
1.1.4 Separation of Interface from Implementation
1.2 Classes
1.2.1 State and Behavior
1.2.2 Method Overloading
1.2.3 Object Creation, Constructors, Garbage Collection
1.2.4 Method Invocation
1.2.5 Static Fields and Methods
1.2.6 Object References
1.3 Inheritance
1.3.1 Superclass and Subclass
1.3.2 Inherited and Specialized Fields
1.3.3 Constructors
1.3.4 Object Creation
1.3.5 Inherited and Specialized Methods
1.3.6 Method Overriding
1.4 The Object Class
1.4.1 The equals Method
1.4.2 The toString Method
1.4.3 The clone Method
1.5 Exceptions
1.5.1 Interpreting an Exception Message
1.5.2 Homegrown Error Handling
1.5.3 Throwing an Exception
1.5.4 Catching an Exception
1.5.5 Exception Class
1.6 Input and Output
1.6.1 Terminal-Driven IO
1.6.2 File-Based IO
1.6.3 String Tokenizing
1.6.4 Writing an Exception Class
1.7 Class Packages
1.7.1 Java Packages
1.7.2 Organizing Packages
1.7.3 Name Conflict Resolution
1.8 Access Control
1.8.1 Private Access
1.8.2 Package Access
1.8.3 Protected Access
1.8.4 Public Access
1.8.5 An Example
1.9 Polymorphism
1.9.1 Polymorphic Reference
1.9.2 Casting up the Class Hierarchy
1.9.3 Casting Down the Class Hierarchy
1.9.4 The instanceof Operator
1.10 Abstract Classes
1.10.1 Abstract Class Shape
1.10.2 Abstract Class Properties
1.11 A Game Park Example
1.12 Interfaces :
1.12.1 The Java interface Construct
1.12.2 Implementing an Interface
1.12.3 Interface as a Type
1.12.4 The Need for Interfaces
1.12.5 Extending Interfaces
1.13 Generics
1.13.1 Using java. uti 1 .ArrayLi st for Collections
1.13.2 The java. uti I. Ar rayLi st Public Interface
1.13.3 Implementing a Generic Class
1.13.4 Implementing a Generic Interface
1.13.5 Static Template Methods
1.14 Summary
1.15 Exercises
1.16 Programming Problems
2 The Big Picture
2.1 What Are Data Structures?
2.2 What Data Structures Do We Study?
2.3 What Are Abstract Data Types?
2.4 Why OOP and Java for Data Structures?
2.5 How Do I choose the Right Data Structures?\
3 Efficiency of Algorithms
3.1 Polynomial Arithmetic: A Running Example
3.2 Basic Operations
3.3 Input Size
3.4 Asymptotic Growth of Functions
3.5 Order and Big Oh
……
4 Unordered List
5 Ordered List
6 Queue
7 Stack
8 Recursion
9 Binary Tree and General Tree
10 Binary Search Tree and AVL Tree
11 Heap
12 Hash Table
13 Sorting
14 Graphs I:Algorithms
15 Graphys II: Implementation
Index
