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This presentation is based on Circular Linked list in Data Structure. This Circular linked list tutorial will help the beginners with the major fundamentals of Circular linked list, its implementation and the operations involved in Circular linked list. The slide also covers practical demo for a better learning experience.<br><br>Learn more about Data Structures: https://www.simplilearn.com/data-structures-and-algorithms-article<br>
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Agenda Conclusion Introduction Implementation Operation
Circular Linked List Click here to watch the video
Agenda Conclusion Introduction Implementation Operation
Agenda Introduction Implementation Operation Conclusion
Agenda Implementation Operation Conclusion Introduction
Agenda Operation Conclusion Introduction Implementation
Agenda Conclusion Introduction Implementation Operation
Introduction Circular linked list is a linear data structures made up of nodes. These nodes have two parts: Data Head START Reference to next node. add1 Reference Data add0 Tail add2
Operations There are two operations we can perform on a circular linked list. • Insertion • At the beginning • At the last • At a specific position • Deletion • At the beginning • At the last • At a specific position
Operations There are two operations we can perform on a circular linked list. • Insertion • At the beginning • At the last • At a specific position • Deletion • At the beginning • At the last • At a specific position
Operations There are two operations we can perform on a circular linked list. • Insertion • At the beginning • At the last • At a specific position • Deletion • At the beginning • At the last • At a specific position
At the beginning 112 START 100 96 108 104
At the beginning START 112 100 96 108 104
At the end START 96 100 104 108 112
At the end START 96 100 104 108 112
At Specific Position START 96 100 112 108 104
At Specific Position START 96 100 112 108 104
At the beginning START 96 100 108 104
At the beginning START 100 108 104
At the end START 96 100 108 104
At the end START 96 100 104
At Specific Position START 96 100 108 104
At Specific Position START 96 100 108