Course of Data Structure

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Balujalabs also called Baluja Institute of Technology & Management since 1997.

Balujalabs.in provides course of data structure to the student to prepare them for job in any field as- Tech lead, Java developer, Blockchain developer etc. their you will get good internship and job to the field of data structure.

COURSE DETAILS:-

Course Duration – 3months

Data Structure Syllabus

  1. Introduction
    Definition
    Classification of Data Structures
    Description of Various Data Structures 1.4.1 Arrays
    Lists
    Stack
    Queues
    Trees
    Graph
    C++ Memory Map
    Memory Allocations in C++
    Free Store
    Memory Allocation Operators
    New
    Delete
    Memory Leaks
    Algorithms
    Performance Analysis & Measurement
    Space Complexity
    Time Complexity
    Big OH Notation
    Categories of Algorithms
    Limitation of OH Notation
  2. Recursion- A Breath Breaker
    Introduction
    Types of Recursion
    Storage Classes
    Automatic Storage Class
    Register Storage Class
    Storage Class
    Static Storage Class
    Recursion Essentials
    Disadvantages of Recursion
    Simple Recursive Program
    Tower of Hanoi
    Recursion vs Iterations
  3. Arrays
    Introduction
    One-dimensional Arrays
    Initializing One-dimensional Array
    Accessing One- dimensional Array Elements
    Implementation of One-dimensional Array in Memory
    Passing Arrays to Function
    Insertion in One-dimensional Array
    Deleting an Element form One-dimensional Array
    Traversing of Array
    Merging Two Arrays
    Combining All Together
    Multi-dimensional Arrays
    Initialization of Multidimensional Arrays
    Accessing Two-dimensional Arrays Elements
    Implementation of Two-dimensional Array
    Row- Major Implementation
    Column Major Implementation
    Pointer and Array
    Pointer and One-dimensional Array
    Pointer and Multidimensional Arrays
    Array of Pointer
    Arrays of Structures
    Arrays within the Structure
    Sparse Matrix
    Limitation of Linear Arrays
  4. Stacks
    Introduction
    Stack Implementation
    Operations on Stack
    Stack Terminology
    Algorithms for Push and Pop
    Implementing Stacks Using Pointers
    Applications of Stacks
    Stack Frames
    Reversing a String
    Calculation of Postfix Expression
    A Notation Conversions
    Algorithm for Converting Infix Expression to Postfix form
    Algorithm to Evaluate a Postfix Expression
  5. Queues
    Introduction
    Queue Implementation
    Operations on a Queue
    Algorithms for Insertion and Deletion in Queue(Using Arrays)
    Algorithm for Addition in a Queue
    Algorithm for Deletion From a Queue
    Limitation of Simple Queues
    Algorithm for Insertion and Deletion in Queue(Using Pointers)
    Variations in a Queue
    A Circular Queue
    Double Ended Queues
    Priority Queues
  1. Linked Lists
    Introduction
    Linked Lists
    Advantages
    Disadvantages
    Key Terms
    Representation of Linear Linked List
    Operation on Linked List
    Type of Linked List
    Singly Linked List
    Inserting Nodes
    Deleting Nodes
    Circular Linked List
    Inserting A Node at the Beginning
    Deleting A Node from the End
    The Josephus Problem
    Doubly Doubly Linked List
    Inserting A Node at the Beginning and the End
    Deleting A Node the Beginning and the End
    Circular Doubly Linked List
    Creation Of Circular Doubly Linked List
    Inserting a Node at The Beginning and the End
    Deleting a Node from the Beginning and the End
  2. Trees
    Introduction
    Tree Terminology
    Binary Tree
    Strictly Binary Tree
    Complete Binary Tree
    Extended Binary Tree
    Binary Tree Representation
    Array Representation of Binary Trees
    Linked List Representation of Binary Tree
    Creation of on Binary Trees
    Operations on Binary Trees
    Traversal of a Binary Tree
    Inorder / Postorder/ C Preorder Traversal
    Technique of Conversion of an Expression into Binary Tree
    Binary Search Trees
    Insertion of Nodes
    Binary Searching for Node
    Deletion a Node
    Threaded Binary Trees
    Height Balanced Trees
    B-Tree Insertion
    B-Tree Deletion
  3. Sorting and Searching
    Introduction
    Sorting Array
    Bubble Sorting
    Selection Sorting
    Insertion/Quick/ Bucket or Radix /Heap Sort
    Heap as a Priority Queue
    Sorting Using a Heap
    Heapsort Procedure
    Efficiency of Heap Sort
    Shell Sort
    Searching of Array Element
    Linear or Sequential Searching
    Binary Searching
    Hashing
    Resolving Hash Clashes by Open Addressing
  4. Graphs
    Introduction
    Defining Graph
    Basic Terminology
    Graph Representation
    Adjacency Matrix
    Adjacency List Representation
    Multi-list Representation
    Graph Traversal
    Breadth-First Traversal
    Depth First Traversal
    Shortest Path Problem
    Warshall’s Algorithm
    Floyd’s Algorithm
    Dijkstra’s Algorithm
    Minimal Spanning Tree
    Kruskal’s Algorithm
    Prim’s algorithm
    Hamiltonian Paths
  5. Files
    Introduction
    Terminology
    File Organisation
    File Operations
    Creation/Reading/Insertion/Deletion of File
    Sequential Files

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