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Learn Data Structures and Algorithms using c++_1

  • Development
  • Dec 13, 2024
SynopsisLearn Data Structures and Algorithms using c++, available at...
Learn Data Structures and Algorithms using c++_1  No.1

Learn Data Structures and Algorithms using c++, available at $19.99, has an average rating of 4.5, with 47 lectures, based on 148 reviews, and has 11751 subscribers.

You will learn about Linear and Non-linear Data Structures Non-linear Data Structures like Trees, Binary Search Trees Algorithms like Selection Sort and Insertion Sort with visual description of working of these algorithms Data Structures like Linked lists, stack, Queue, Array, 2D Arrays, BST. Grip over multiple data structures and algorithms. This course is ideal for individuals who are All students who want to learn data structures and algorithms, and make their concepts strong should take this course. or Students who want to learn Algorithms. or Understand data structures in depth. It is particularly useful for All students who want to learn data structures and algorithms, and make their concepts strong should take this course. or Students who want to learn Algorithms. or Understand data structures in depth.

Enroll now: Learn Data Structures and Algorithms using c++

Summary

Title: Learn Data Structures and Algorithms using c++

Price: $19.99

Average Rating: 4.5

Number of Lectures: 47

Number of Published Lectures: 47

Number of Curriculum Items: 47

Number of Published Curriculum Objects: 47

Original Price: $89.99

Quality Status: approved

Status: Live

What You Will Learn

  • Linear and Non-linear Data Structures
  • Non-linear Data Structures like Trees, Binary Search Trees
  • Algorithms like Selection Sort and Insertion Sort with visual description of working of these algorithms
  • Data Structures like Linked lists, stack, Queue, Array, 2D Arrays, BST.
  • Grip over multiple data structures and algorithms.
  • Who Should Attend

  • All students who want to learn data structures and algorithms, and make their concepts strong should take this course.
  • Students who want to learn Algorithms.
  • Understand data structures in depth.
  • Target Audiences

  • All students who want to learn data structures and algorithms, and make their concepts strong should take this course.
  • Students who want to learn Algorithms.
  • Understand data structures in depth.
  • This course Data Structures and Algorithms in C++ focus on building concepts of students in this domain.
    Data Structures like Trees, Linked list and others are explained in depth so that students have better understanding of these topics and coding lectures are helpful in getting depth understanding.

    Coding lectures beside graphical explanation in this course make it easier to understand things in Data structures.

    Algorithms are explained and coded so that students learn better.

    So this course is for students who want to learn in fun and easy way, and get understanding of things in Data Structures and Algorithms.

    Advanced topics like BST in Tree section is elaborated in this course.

    Topics like BST and Linked List are in very detail so that you can have good grip over them and they are of core importance.

    There are visual animations to help you understand topics better, so beside code visual explanations help a lot.

    Topics like BST C++ and Linked List C++ need extra care to understand well, but if learned correctly can help.

    Similarly Selection Sort, Insertion Sort using C++ are explained in code and visually.

    Taking this course you will be good in a lot of topics in Data structures in C++
    Stay Blessed

    Course Curriculum

    Chapter 1: Linked List and Introduction to Data Structures in C++

    Lecture 1: Data Structures introduction

    Lecture 2: Linked List Explanation

    Lecture 3: Node of a Singly Linked List

    Lecture 4: Node

    Lecture 5: Making a new Node

    Lecture 6: Inserting in Linked List

    Lecture 7: Insert Function

    Lecture 8: insert values in Linked List

    Lecture 9: Traversing a Linked List

    Lecture 10: Traversing Linked List Code

    Lecture 11: Optimization

    Lecture 12: Search in Linked List

    Lecture 13: Search

    Lecture 14: Delete Node in Linked List

    Lecture 15: Delete code

    Chapter 2: Stack

    Lecture 1: Stack Explanation

    Lecture 2: Stack Code

    Chapter 3: Queue

    Lecture 1: Introduction to Queue

    Lecture 2: Making Queue Class

    Lecture 3: Enqueue

    Lecture 4: Traversing a Queue

    Lecture 5: Function to Traverse a Queue

    Lecture 6: Dequeue Explanation

    Lecture 7: Dequeue

    Chapter 4: Introduction to Trees

    Lecture 1: Tree

    Lecture 2: BST (Binary Search Tree)

    Lecture 3: Node of Binary Search Tree

    Lecture 4: BST Node

    Lecture 5: New Node

    Lecture 6: Inserting in BST (Binary Search Tree)

    Lecture 7: Insert

    Lecture 8: Insert values

    Lecture 9: Preorder traversal Explanation

    Lecture 10: Preorder traversal

    Lecture 11: Inorder traversal Explanation

    Lecture 12: Inorder traversal

    Lecture 13: Postorder traversal Explanation

    Lecture 14: Postorder traversal

    Chapter 5: Delete from BST

    Lecture 1: Min value node

    Lecture 2: Min value Node Code

    Lecture 3: Delete from BST

    Lecture 4: Delete

    Lecture 5: delete Value

    Chapter 6: Algorithms

    Lecture 1: Selection Sort Explanation

    Lecture 2: Selection Sort

    Lecture 3: Insertion Sort Explanation

    Lecture 4: Insertion Sort

    Instructors

  • Learn Data Structures and Algorithms using c++_1  No.2
    Muhammad Hamza AbdulRehman
    Developer and mentor.
  • Rating Distribution

  • 1 stars: 3 votes
  • 2 stars: 6 votes
  • 3 stars: 34 votes
  • 4 stars: 52 votes
  • 5 stars: 53 votes
  • Frequently Asked Questions

    How long do I have access to the course materials?

    You can view and review the lecture materials indefinitely, like an on-demand channel.

    Can I take my courses with me wherever I go?

    Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!