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Course Overview
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Index
- Introduction of Data Structure
- Types Of Data Structures
- Operations Of Data Structures
- Concept Of Abstract Data Type
- Array Part #1
- Array Part #2
- Introduction To Stack
- Operations Of Stack ADT
- Stack Implementation Using Array Part #1
- Stack Implementation Using Array Part #2
- Introduction Of Queue
- Operations Of Queue ADT
- Queue Implementation Using Array Part #1
- Queue Implementation Using Array Part #2
- Circular Queue Implementation Part #1
- Circular Queue Implementation Part #2
- Introduction To Linked Lists
- Array Vs Linked List
- Linked List Implementation Part #1
- Linked List Implementation Part #2
- Linked List Part #3
- Linked List Part #4
- Linked List Implementation Part #5
- Linked List Implementation Part #6
- Stack Using Linked List Part #1
- Stack Using Linked List Part #2
- Queue Using Linked List Part #1
- Queue Using Linked List Part #2
- Circular Queue Using Linked List
- Implementation Of Doubly Linked List Part #1
- Doubly Linked List Part #2
- Doubly Linked List Part #3
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Notes
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Data Structures Viva Question
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Importance
Implementation Of Doubly Linked List Part #1
Implementation Of Doubly Linked List Part #1
In computer science, a doubly linked list is a linked data structure that consists of a set of sequentially linked records called nodes. Each node contains three fields: two link fields (references to the previous and to the next node in the sequence of nodes) and one data field. Doubly linked list allows element two way traversal. On other hand doubly linked list can be used to implement stacks as well as heaps and binary trees. Singly linked list is preferred when we need to save memory and searching is not required as pointer of single index is stored.
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