Apply features of c++ such as pointers, references, arrays, classes, templates, function overloading, virtual functions, exception handling etc. in building robust data structures
Understand the nuances of object oriented programming, e.g. abstraction, encapsulation, polymorphism, inheritance etc.
Conceptualize the idea of basic data structures, viz. linked lists, stacks, queues, graphs, binary trees, heaps, binary search trees, AVL trees, red black trees etc.
Implement the basic as well as your own (more complex) data structures in c++
Recognize various techniques of sorting a collection and develop them in c++
Search for something in a collection
Solve problems related to data structures using the tools and techniques of c++
Pointers and References: Understanding the Core
Pointers and References: passing agrument by value, pointer & reference
Pointers and References: const pointer, const reference, cons function
Arrays: Understanding the Core of Array and Why it is Important
Arrays: Row Major and Column Major Representation of Array
Linked Lists : Understanding the concepts of Linked list and Why we use linked list
Linked Lists : How to Insert Element in a Linked List
Linked Lists : How to Delete Element in a Linked List
Linked Lists : How to Reversed a Linked List
Linked Lists : Understanding Doubly Linked Lists with Live Coding
Linked Lists : Understanding Circularly Linked Lists with Live Coding
Linked Lists : Application of Linked Lists
Stacks and Queues : Understanding Why and How we use Stacks and Queue
Stacks : Implementation of Stack using Array
Stacks : Implementation of Stack using Linked List
Stacks : infix to postfix
Stacks : postfix evaluation
Queues : Queue using array
Queues : Queue using linked list
Graph: Why and How we use use Graph
Graph : Adjacency Matrix and Adjacency List representations
Graph : Reading a graph from a file
Graph : Breadth First Search (BFS)
Graph : Depth First Search (DFS)
Binary Trees: Why, How and Where we use Binary Trees
Binary Trees: Binary Tree Traversal
Binary Trees: Implementation of Binary Tree
Binary Trees: Binary Search Tree
Binary Trees: Implementation of Binary Search Tree
Binary Trees: Understanding Red Black Tree
Binary Trees: Insertion in a Red Black Tree
Binary Trees: Deletion from a Red Black Tree
Understanding Heap
Implementation of Heap Sort
Understanding Priority Queue & Implementation
Sorting : Selection Sort
Sorting : Insertion Sort
Sorting : Bubble Sort
Sorting : Quick Sort
Sorting : Merge Sort
Sorting : Radix Sort
Searching : Linear Search
Searching : Binary Search
Searching : Interpolation Search
Hashing
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What you will get?
8 hours of HD video content
Codes
Live Coding and most importantly why we are doing that/
PDF
Study Materials
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