'Node head' presentation slideshows

Unit 5: Implementing Abstract Data Types

Unit 5: Implementing Abstract Data Types. Lesson 16: Implementing Lists, Stacks, and Queues Lesson 17: Implementing Sets and Maps Lesson 18: Implementing Trees and Priority Queues. Lesson 16: Implementing Lists, Stacks, and Queues.

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List, (dynamic) linked list

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List

List. Objectives Describe a list How a list can be implemented by linked structure Implement the various operations on linked list. List. List is homogeneous collection of elements, with linear relationship between the elements, the list can be ordered or unordered. Implementing list

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Jeff Edmonds York University

Positions and Pointers. Copy Value vs Copy Reference Abstract Positions/Pointers Positions in an Array Pointer to Node C vs Java vs Python Building a Linked List Walking, Dropping, and Following Implementing Positions in Trees Building Trees. Jeff Edmonds York University. COSC 2011.

909 views • 88 slides

Linked Lists

Linked Lists. Linked List. Group of nodes connected by pointers A node consists of Data Pointer to next node. 6. 5. 3. 8. Head. Null. Insertion into a Linked List. Insert 9 after 5. 6. 5. 3. 8. Head. Null. 9. Deletion from a Linked List. Delete 3 from the list.

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Josephus Problem: Build the Circular Linked List

Josephus Problem: Build the Circular Linked List. public class Josephus { private static class Node { int val ; Node next ; } public static void main ( String [] args ) { int M = Integer . parseInt ( args [ 0 ]); int N = Integer . parseInt ( args [ 1 ]);

758 views • 63 slides

Josephus Problem: Build the Circular Linked List

Josephus Problem: Build the Circular Linked List. public class Josephus { private static class Node { int val ; Node next ; } public static void main ( String [] args ) { int M = Integer . parseInt ( args [ 0 ]); int N = Integer . parseInt ( args [ 1 ]);

1.04k views • 63 slides

C201: Linked List

C201: Linked List. Learning Objectives. Nodes and Linked Lists Operations on Linked List Insert Search Remove. Nodes and Linked Lists. Why do we need linked list? Linked list Simple example of "dynamic data structure" Composed of nodes

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Singly Linked Lists

Singly Linked Lists. - Ed. 2, 3: Chapter 4 - Ed. 4.: Chapter 3. tail. pointer to a next node. node. pointer to an element. Illustration of a linked list in memory:. pointer to a next node. node. pointer to an element. pointer to a next node. node. pointer to an element.

498 views • 30 slides

Singly Linked Lists

Singly Linked Lists. - Ed. 2, 3: Chapter 4 - Ed. 4.: Chapter 3. tail. pointer to a next node. node. pointer to an element. Illustration of a linked list in memory:. pointer to a next node. node. pointer to an element. pointer to a next node. node. pointer to an element.

698 views • 30 slides

CSC 205 Programming II

145 views • 8 slides