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Linked List in a Data Structure

Course Reviews

Track :

Programming

Lessons no : 36

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What will you learn in this course?
  • Master how to implement and manipulate linked lists for efficient data storage and retrieval in programming projects
  • Apply linked list concepts to solve real-world problems involving dynamic data management and memory allocation
  • Analyze the advantages and limitations of linked lists compared to other data structures like arrays and trees
  • Design and develop singly and doubly linked lists for use in complex software applications and algorithms
  • Utilize linked lists to optimize search, insertion, and deletion operations in software development
  • Implement advanced linked list techniques such as circular linked lists and recursive traversal methods
  • Evaluate the performance of linked list operations to improve algorithm efficiency and computational speed
  • Integrate linked list data structures into larger systems for improved data organization and processing
  • Troubleshoot common issues in linked list implementation, including memory leaks and pointer errors
  • Create custom linked list solutions tailored to specific application requirements and constraints
  • Explain the role of linked lists in computer science and software engineering contexts
  • Develop problem-solving skills using linked list algorithms for coding interviews and technical assessments

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Lessons | 36
Linked List | Data Structure
00:06:42

Linked List | Data Structure
Linked List Introduction
00:05:56

Linked List Introduction
Linked List Insertion at beginning of List
00:09:59

Linked List Insertion at beginning of List
Linked List Print Elements of List C
00:06:13

Linked List Print Elements of List C
Linked List Insertion at End
00:13:34

Linked List Insertion at End
Linked List Insertion at k th position C
00:19:56

Linked List Insertion at k th position C
Reverse Linked List Iteratively
00:13:51

Reverse Linked List Iteratively
Reverse Linked List Recursively
00:16:30

Reverse Linked List Recursively
Detect Loop in Linked List | Linked List Cycle | Floyd s algorithm | C
00:23:22

Detect Loop in Linked List | Linked List Cycle | Floyd s algorithm | C
Find Length of Loop in Linked List | C
00:08:36

Find Length of Loop in Linked List | C
Find the middle of Linked List | C
00:07:13

Find the middle of Linked List | C
Find k th node from end in Linked List | C
00:10:18

Find k th node from end in Linked List | C
Find beginning of cycle in Linked List | Floyd s algorithm
00:17:22

Find beginning of cycle in Linked List | Floyd s algorithm
Why Floyd s Cycle Detection Algorithm Works | Cycle detection in Linked List
00:13:21

Why Floyd s Cycle Detection Algorithm Works | Cycle detection in Linked List
Remove Loop from Linked List | Floyd s Algorithm
00:10:11

Remove Loop from Linked List | Floyd s Algorithm
Check if Linked List is Palindrome | Programming Interview
00:12:55

Check if Linked List is Palindrome | Programming Interview
Swap nodes in Linked List without Copy | Programming Interview | C
00:20:05

Swap nodes in Linked List without Copy | Programming Interview | C
Introduction to Doubly Linked List | Data structures and Algorithms
00:11:22

Introduction to Doubly Linked List | Data structures and Algorithms
LeetCode 30 day Challenge | Day 8 | Middle of the Linked List | 8 April 2020
00:07:57

LeetCode 30 day Challenge | Day 8 | Middle of the Linked List | 8 April 2020
Odd Even Linked List | LeetCode 328 | C Java Python | May LeetCoding Day 16
00:21:23

Odd Even Linked List | LeetCode 328 | C Java Python | May LeetCoding Day 16
Delete Node in a Linked List | LeetCode 237 | C Java Python
00:06:45

Delete Node in a Linked List | LeetCode 237 | C Java Python
Flatten a Multilevel Doubly Linked List | LeetCode 430 | C Java Python
00:25:00

Flatten a Multilevel Doubly Linked List | LeetCode 430 | C Java Python
Remove Linked List Elements Recursive Iterative | LeetCode 203 | C Java Python
00:14:16

Remove Linked List Elements Recursive Iterative | LeetCode 203 | C Java Python
Reverse Nodes in k Group | LeetCode 25 | C
00:27:35

Reverse Nodes in k Group | LeetCode 25 | C

Reorder List | LeetCode 143 | C Java Python
00:24:10

Reorder List | LeetCode 143 | C Java Python
Convert Binary Number in a Linked List to Integer | LeetCode 1290 | C Java Python
00:07:34

Convert Binary Number in a Linked List to Integer | LeetCode 1290 | C Java Python
Insertion Sort List | LeetCode 147 | C Java Python
00:15:10

Insertion Sort List | LeetCode 147 | C Java Python
Merge Two Sorted Lists | LeetCode 21 | C Java Python
00:13:17

Merge Two Sorted Lists | LeetCode 21 | C Java Python
Remove Duplicates from Sorted List II RECURSIVE | LeetCode 82 | C Java Python
00:10:30

Remove Duplicates from Sorted List II RECURSIVE | LeetCode 82 | C Java Python
Palindrome Linked List | LeetCode 234 | C Java Python
00:23:57

Palindrome Linked List | LeetCode 234 | C Java Python
Convert Sorted List to Binary Search Tree BST | LeetCode 109 | C Java Python
00:18:43

Convert Sorted List to Binary Search Tree BST | LeetCode 109 | C Java Python
Inserting a Node in Linked List || Explanation with Code
00:15:31

Inserting a Node in Linked List || Explanation with Code
Linked List || Find kth node from end || Two Pointers
00:10:54

Linked List || Find kth node from end || Two Pointers
Find Middle of Linked List || Two Pointers
00:09:11

Find Middle of Linked List || Two Pointers
First Node of Loop in Linked List || Cycle detection || Floyd s Algorithm
00:14:03

First Node of Loop in Linked List || Cycle detection || Floyd s Algorithm
Merge k Sorted Lists | LeetCode 23 | C
00:15:48

Merge k Sorted Lists | LeetCode 23 | C


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So good
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great performance
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this course is too good.
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best online course
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Excellent explanation
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A data structure is a named location that can be used to store and organize data. And, an algorithm is a collection of steps to solve a particular problem. Learning data structures and algorithms allow us to write efficient and optimized computer programs .