[Log2base2] Datastructures (2020) [En]
- 收录时间:2021-04-09 02:35:45
- 文件大小:1GB
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- 最近下载:2021-04-09 02:35:45
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文件列表
- 8. Graphs/5. Implementation of Adjacency list.mp4 75MB
- 9.Binary Heaps/2. Constructing Binary Heap - Heapify.mp4 65MB
- 7. binary tree/8. Delete a node in Binary Search Tree.mp4 56MB
- 8. Graphs/3. Implementation of Adjacency Matrix.mp4 53MB
- 4. Circular Linked List/5. Deleting a node in circular linked list.mp4 42MB
- 3. Doubly Linked List/6. Delete a node in a doubly linked list.mp4 41MB
- 8. Graphs/6. Adjacency matrix Vs Adjacency list representation.mp4 36MB
- 3. Doubly Linked List/2. Introduction to Doubly linked list.mp4 34MB
- 9.Binary Heaps/3. Delete a Maximum element in Binary Heap.mp4 32MB
- 3. Doubly Linked List/1. Data Structures and its Real life Applications.mp4 31MB
- 6. queue/2. Queue using linked list.mp4 28MB
- 4. Circular Linked List/2. Inserting a node in a beginning of circular linked list.mp4 26MB
- 3. Doubly Linked List/4. Insert a node at end of a doubly linked list.mp4 25MB
- 3. Doubly Linked List/3. Insert a node at beginning of a doubly linked list.mp4 25MB
- 7. binary tree/4. Binary Recursion.mp4 24MB
- 4. Circular Linked List/1. Circular Linked list Basics.mp4 23MB
- 7. binary tree/6. Inorder traversal.mp4 23MB
- 7. binary tree/5. Insert a node in Binary Search Tree.mp4 23MB
- 5. stack/1. Stack using array and application.mp4 22MB
- 5. stack/2. Stack using linked list.mp4 21MB
- 4. Circular Linked List/3. Inserting a node in the end of circular linked list.mp4 21MB
- 3. Doubly Linked List/5. Search a node in doubly linked list.mp4 21MB
- 2. Linked List/4. Deleting a node in linked list.mp4 21MB
- 9.Binary Heaps/1. Why & What is Binary heap (Priority Queue).mp4 21MB
- 7. binary tree/2. Need for Binary Search Tree.mp4 21MB
- 4. Circular Linked List/4. Search a node in circular linked list.mp4 19MB
- 7. binary tree/1. Binary Tree basics.mp4 19MB
- 7. binary tree/7. Search a node in Binary Search Tree.mp4 18MB
- 7. binary tree/3. Binary Search Tree Basics and Node creation.mp4 18MB
- 2. Linked List/6. linked list vs array.mp4 17MB
- 8. Graphs/2. Adjacency matrix representation of graph.mp4 16MB
- 2. Linked List/1. Linked list Basics.mp4 16MB
- 2. Linked List/5. Searching a node in singly linked list.mp4 16MB
- 2. Linked List/2. inserting a node at the beginning of a linked list.mp4 16MB
- 6. queue/1. Queue using array and application.mp4 15MB
- 1. Array In Data Structure/13. Searching An Element In Array.mp4 15MB
- 8. Graphs/1. Graph Basics Degree of Vertex.mp4 15MB
- 1. Array In Data Structure/2. Inserting An Element In Array.mp4 13MB
- 1. Array In Data Structure/3. Removing An Element In Array.mp4 13MB
- 1. Array In Data Structure/1. Introduction to Array.mp4 12MB
- 2. Linked List/26. Reverse the linked list solution.mp4 11MB
- 2. Linked List/3. Inserting a node at the end of Linked list.mp4 11MB
- 2. Linked List/21. Get Nth node from the last Solution.mp4 11MB
- 7. binary tree/14. Find Sizeof() BST solution.mp4 9MB
- 2. Linked List/18. Print the Linked List in Reverse Order Solution.mp4 8MB
- 2. Linked List/12. Find the Middle Node of the Linked List [Using Slow & Fast Pointers] solution.mp4 8MB
- 8. Graphs/4. Adjacency list representation of graph.mp4 8MB
- 5. stack/6. Implement two stacks in an array[Method 1] solution.mp4 7MB
- 2. Linked List/20. Get Nth node from the last Hint.mp4 6MB
- 1. Array In Data Structure/16. Reverse individual words solution.mp4 6MB
- 5. stack/3. Introduction to Infix Prefix Postfix expressions.mp4 5MB
- 1. Array In Data Structure/12. Rotate an Array by K Positions [Reversal Method ]Question.mp4 5MB
- 1. Array In Data Structure/6. Remove Duplicates from the Sorted Array Solution.mp4 4MB
- 1. Array In Data Structure/4. Remove Duplicates from the Sorted Array Question.mp4 4MB
- 2. Linked List/25. Reverse the linked list problem.mp4 4MB
- 2. Linked List/15. Get Nth Node of the Linked List solution.mp4 4MB
- 2. Linked List/9. Find the Middle Node of the Linked List [Using Loop] solution.mp4 4MB
- 2. Linked List/24. Detect the loop in the linked list solution.mp4 4MB
- 1. Array In Data Structure/9. Rotate an Array by K Positions Solution.mp4 4MB
- 1. Array In Data Structure/7. Rotate an Array by K Positions question.mp4 4MB
- 2. Linked List/19. Get Nth node from the last Problem.mp4 3MB
- 2. Linked List/13. Get Nth Node of the Linked List problem.mp4 3MB
- 2. Linked List/10. Find the Middle Node of the Linked List [Using Slow & Fast Pointers] question.mp4 3MB
- 2. Linked List/7.Find the Middle Node of the Linked List [Using Loop] question.mp4 3MB
- 1. Array In Data Structure/10. Rotate an Array by K Positions [Reversal Method Question.mp4 3MB
- 2. Linked List/23. Detect the loop in the linked list hint.mp4 3MB
- 1. Array In Data Structure/14. Reverse individual words problem.mp4 3MB
- 7. binary tree/11. Find Minimum Value in BST solution.mp4 3MB
- 1. Array In Data Structure/11. Rotate an Array by K Positions [Reversal Method Hint.mp4 3MB
- 2. Linked List/16. Print the Linked List in Reverse Order problem.mp4 2MB
- 2. Linked List/11. Find the Middle Node of the Linked List [Using Slow & Fast Pointers] hint.mp4 2MB
- 1. Array In Data Structure/8. Rotate an Array by K Positions Hint.mp4 2MB
- 1. Array In Data Structure/15. Reverse individual words hint.mp4 2MB
- 2. Linked List/22. Detect the loop in the linked list problem.mp4 2MB
- 1. Array In Data Structure/5. Remove Duplicates from the Sorted Array Hint.mp4 2MB
- 7. binary tree/12. Find Sizeof() BST problem.mp4 2MB
- 7. binary tree/13. Find Sizeof() BST hint.mp4 2MB
- 5. stack/5. Implement two stacks in an array[Method 1] hint.mp4 2MB
- 5. stack/4. Implement two stacks in an array[Method 1] question.mp4 2MB
- 7. binary tree/9. Find Minimum Value in BST.mp4 2MB
- 2. Linked List/8. Find the Middle Node of the Linked List [Using Loop] Hint.mp4 1MB
- 2. Linked List/14. Get Nth Node of the Linked List hint.mp4 1MB
- 2. Linked List/17. Print the Linked List in Reverse Order Hint.mp4 696KB
- 7. binary tree/10. Find Minimum Value in BST Hint.mp4 638KB