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➡ Data Structure Course Fees: Rs. 9999/-
➡ Data Structure Course Duration: 2 months
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Data Structure
Course Highlights
- Introduction to Data Structure
- Algorithms
- Performance Analysis
- Asymptotic Notations
- Pointers
- Stacks
- Stack implementation
- Queue implementation
- Binary Tree
- Trees
- Dynamic Programming
- Greedy Method
Data Structure Course Details
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1) Introduction to Data Structure
2) Algorithms
3) Performance Analysis
- Time complexity
- Space complexity
4) Asymptotic Notations
- Big O
- Omega
- Theta notations
5)) Arrays
6) Structure
7) Pointers
8) Dynamic Memory Allocation
- Malloc()
- calloc()
- realloc()
- free()
9) Stacks
- Stack Operations
- push()
- pop()
- peex()
- distzay()
- isEmpty()
- isFull()
- Stack implementation using arrays Applications
- Decimal to Binary
- String reverse
- Number reverse
- Recursion – Towers of Hanoi
- Balanced Parentheses
- Expressions
10) Expression
- Introduction to Notations
- Importance of Notations in expression evaluation
- Conversion Algorithms
- Infix to prefix
- Infix to postfix
- Prefix to infix
- Prefix to postfix
- Postfix to infix
- Postfix to prefix
- Implementation of all the conversions
11) Queues
- Operations on Queue – enqueue(), dequeue()
- Queue implementation using static arrays
- Applications
- Queues Implementations using pointer (dynamic)
12) Single Linked List
- Introduction
- Construction
- Length
- Insertion
- Deletion
- Sort
- Reverse list
- Swap node data
- Swap nodes
- Applications
13) Stack & Queue implementation using linked list
14) Binary & Binary Search Tree
- Terminology
- Differences between Tree and Binary Tree
- Binary Tree Representations
- Expression Trees
- Traversals
- In-order
- pre-order
- post-order
- Introduction to BST
- Insertion
- Deletion
- Search
- Implementation
15) AVL, Red Black , B Tree, Hashing
- Introduction
- BST v/s AVL
- Rotations
- L-L-Rotation
- R-R-Rotation
- L-R-Rotation
- R-L-Rotation
- Insertion
- Deletion
- Traversal
Red Black Trees
- Introduction
- BST v/s AVL v/s RBT
- Rotations
- L-L-Rotation
- R-R-Rotation
- L-R-Rotation
- R-L-Rotation
- Insertion
- Deletion
B trees
- M-way Search Tree
- Search
- Insertion
- Deletion
Hashing
- Hash Table representation
- Hash function-Division Method
- Collision
- Collision Resolution Techniques
- Separate Chaining
- open addressing
- linear probing
- quadratic probing
- double hashing
- Rehashing
16) Priority Queue-Definition,Heap,Pattern matching algorithms,Tries
- Operations-Insertion, Deletion,
Heap
- Definition
- Max Heap
- Min Heap
- Insertion and deletion
Pattern matching algorithms
- Brute force
- Boyer –Moore algorithm
- Knuth-Morris-Pratt algorithm
Tries
- Standard Tries
- Compressed Tries
- Suffix tries