Module 1: Introduction to Data Structures
Algorithms and Flowcharts
Understand the fundamental concepts of algorithms and flowcharts.
Learn how to design step-by-step solutions to problems using flowcharts.
Basics Analysis on Algorithm
Explore the basics of algorithm analysis, focusing on efficiency and performance.
Complexity of Algorithm
Delve into the complexities associated with different algorithms and their impact on performance.
Introduction and Definition of Data Structure
Gain insights into the significance and definition of data structures in programming.
Classification of Data
Explore the various classifications of data and their relevance in the context of data structures.
Arrays
Learn about arrays, their declaration, initialization, and manipulation.
Various types of Data Structure
Understand different types of data structures and their use cases.
Static and Dynamic Memory Allocation
Differentiate between static and dynamic memory allocation and their implications.
Function
Explore the concept of functions and their role in modular programming.
Recursion
Gain an understanding of recursion and its application in problem-solving.
Module 2: Arrays, Pointers, and Strings
Introduction to Arrays
Grasp the fundamentals of arrays, their types, and practical applications.
Pointer
Understand the concept of pointers and their use in memory manipulation.
Pointer to Structure
Explore the relationship between pointers and structures.
Various Programs for Array and Pointer
Implement and analyze programs that involve arrays and pointers.
Strings
Dive into the world of strings, their definition, and the use of library functions.
Module 3: Stacks and Queues
Introduction to Stack
Learn the basics of stacks, their implementation, and operations.
Applications of Stack and Multiple Stacks
Explore real-world applications of stacks and the concept of multiple stacks.
Introduction to Queue
Understand the fundamentals of queues, their implementation, and operations.
Circular Queue, De-queue, and Priority Queue
Explore variations of queues, including circular queues and priority queues.
Module 4: Linked Lists and Trees
Introduction to Linked Lists
Understand the concept, representation, and operations of linked lists.
Singly Linked List, Doubly Linked List, Circular Linked List
Explore different types of linked lists and their characteristics.
Trees
Introduce the concept of trees, including binary trees and binary search trees.
Tree Traversal, Threaded Binary Tree, AVL Tree, B Tree, B+ Tree
Explore advanced tree structures and their traversal methods.
Module 5: Graphs, Searching, Sorting, and Hashing
Introduction to Graphs
Understand the basics of graphs, their representation, and traversal algorithms.
Searching and Sorting
Explore different searching and sorting algorithms, including quick sort, bubble sort, merge sort, and selection sort.
Hashing
Learn about hash functions, collision resolution techniques, and perfect hashing.