Contents: CS2

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Introduction (needs to be written)
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This is an online, interactive text for exploring the concepts and topics normally taught in the ACM CS2 course.  This online text as of Spring 2009 does have quite a bit of content, but is currently under development and certainly not close to complete. [[Credits to the primary content contributors]]
== Data Structures and Abstract Data Types ==
== Data Structures and Abstract Data Types ==
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A data structure is a means of organizing data in a computer’s memory to try to optimize either the memory needed or the time to access the data. This brings up the classic trade-off in Computer Science: the trade-off between Time and Space. In most situations today, it seems that we are primarily interested in minimizing the Time aspect. But, given smaller and smaller devices that increasingly do more (think of the evolution of the cell phone), minimizing the Space aspect can be important also.
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A data structure is a means of organizing data in a computer’s memory to try to optimize either the memory usage or the time to access the data. This brings up the classic trade-off in Computer Science: the trade-off between Time and Space. In most situations today, it seems that we are primarily interested in minimizing the Time aspect. But, given smaller and smaller devices that increasingly do more (think of the evolution of the cell phone), minimizing the Space aspect can be important also.
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<br/><br/>
There is sometimes a difference made between a data structure and an abstract data type (ADT). An ADT describes the public interface of a data structure: the type of data and the valid operations on the data. An ADT, however, does not consider an implementation, and this is the essential difference.
There is sometimes a difference made between a data structure and an abstract data type (ADT). An ADT describes the public interface of a data structure: the type of data and the valid operations on the data. An ADT, however, does not consider an implementation, and this is the essential difference.
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<br/><br/>
== Introduction to Computability and Complexity ==
== Introduction to Computability and Complexity ==
*[[Computability and Complexity|Overview of computability and complexity]] <br/>  
*[[Computability and Complexity|Overview of computability and complexity]] <br/>  
*[[Asymptotic Measures|Asymptotic Measures]] <br/>  
*[[Asymptotic Measures|Asymptotic Measures]] <br/>  
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*[[Empirical Measures|Empirical Measures]] <br/>  
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*[[CS2/Empirical Measures|Empirical Measures]] <br/>  
<br/>
<br/>
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== Preliminaries of Data Organization ==  
== Preliminaries of Data Organization ==  
*[[Memory Allocation|Memory Allocation]]  <br/>  
*[[Memory Allocation|Memory Allocation]]  <br/>  
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*[[Primitive Structures|Primitive Structures]]  <br/>  
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*[[Primitive and Composite Structures]]  <br/>  
*[[Concept of an Element (Node)|Concept of an Element (Node)]]  <br/>  
*[[Concept of an Element (Node)|Concept of an Element (Node)]]  <br/>  
*[[Abstract Data Types|Abstract Data Types]]  <br/>  
*[[Abstract Data Types|Abstract Data Types]]  <br/>  
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*[[Stacks|Stacks]] <br/>   
*[[Stacks|Stacks]] <br/>   
*[[Queues|Queues]] <br/>  
*[[Queues|Queues]] <br/>  
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*[[Lists|Lists]] <br/>
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*[[Lists|Lists]] <br/>
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<br/>
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===Trees===
===Trees===
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*[[Overview of Tree Abstract Data Types]]
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*[[Tree ADTs|Overview of Tree Abstract Data Types]]
*[[Binary Trees|Binary Trees]] <br/>   
*[[Binary Trees|Binary Trees]] <br/>   
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*[[Binary Search Trees]]  <br/>  
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**[[Binary Search Trees]]  <br/>  
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*[[AVL Trees]]  <br/>  
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**[[AVL Trees]]  <br/>  
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*[[Red-Black Trees]] <br/>   
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**[[Red-Black Trees]] <br/>   
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*[[Splay Trees]]  <br/>  
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**[[Splay Trees]]  <br/>  
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*[[Heaps]]  <br/>  
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**[[Heaps]]  <br/>  
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*[[B-Trees]] <br/>  
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*[[Multi-Way Trees]] <br/>
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**[[B-Trees]] <br/>
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**[[B+Trees]] <br/>
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*[[General Trees]] <br/>
===Graphs===
===Graphs===
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*Overview of Graph Abstract Data Types  <br/>  
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*[[Graph ADTs|Overview of Graph Abstract Data Types]] <br/>  
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*Representing Graphs  <br/>
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*[[Representing Graphs]] <br/>
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*Variations of Graph ADTs  
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*[[Variations of Graph ADTs]] <br/>
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*Common Graph Algorithms <br/>
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*[[Common Graph Algorithms]] <br/>
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<br>
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===Unordered Collections===
===Unordered Collections===
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*[[Unordered Collections|Overview of Unordered Collection Abstract Data Types]]
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*[[Unordered Collection ADTs|Overview of Unordered Collection Abstract Data Types]]
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*[[Bags and Sets]]  <br/>  
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*[[Sets and MultiSets (Bags)]]  <br/>  
*[[Maps and Dictionaries]]  <br/>  
*[[Maps and Dictionaries]]  <br/>  
*[[Hash Tables]] <br/>  
*[[Hash Tables]] <br/>  
<br>
<br>
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{{CS2/ChapNav}}
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[[Category:CS2|{{SUBPAGENAME}}]]

Current revision as of 08:08, 15 January 2010

This is an online, interactive text for exploring the concepts and topics normally taught in the ACM CS2 course. This online text as of Spring 2009 does have quite a bit of content, but is currently under development and certainly not close to complete. Credits to the primary content contributors

Contents

Data Structures and Abstract Data Types

A data structure is a means of organizing data in a computer’s memory to try to optimize either the memory usage or the time to access the data. This brings up the classic trade-off in Computer Science: the trade-off between Time and Space. In most situations today, it seems that we are primarily interested in minimizing the Time aspect. But, given smaller and smaller devices that increasingly do more (think of the evolution of the cell phone), minimizing the Space aspect can be important also.

There is sometimes a difference made between a data structure and an abstract data type (ADT). An ADT describes the public interface of a data structure: the type of data and the valid operations on the data. An ADT, however, does not consider an implementation, and this is the essential difference.

Introduction to Computability and Complexity


Algorithms


Preliminaries of Data Organization


ADTs and Data Structures

Linear Structures

Trees

Graphs

Unordered Collections



CS2: Data Structures
Theory of Computation - ADT Preliminaries
Linear ADTs - Tree ADTs - Graph ADTs - Unordered Collection ADTs


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