Blind75 Algorithms from LeetCode | Swift

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Jeevan Eashwar

3:15:46

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1 - Introduction

1 - LeetCodeLinks.pdf

1 - Welcome.mp4

02:07

2 - Arrays and Hashmaps

1 - Anagram.html

2 - Introduction.mp4

01:05

3 - Valid anagram.mp4

08:30

4 - Anagram Solution.txt

4 - Valid anagram Coding.mp4

04:48

5 - Contains duplicate.mp4

12:12

6 - Contains Duplicate Solution.txt

6 - Contains duplicate Coding.mp4

02:47

7 - Two sum.mp4

10:45

8 - Two sum Coding.mp4

02:39

8 - Two sum Solution.txt

3 - Two pointers

2 - Palindrome.html

9 - Valid palindrome.mp4

07:02

10 - Valid Palindrom Solution.txt

10 - Valid palindrome Coding.mp4

03:51

4 - Sliding window

11 - Best time to buy and sell a stock.mp4

07:19

12 - Best time to buy and sell a stock Coding.mp4

01:28

12 - BuySell Solution.txt

5 - Stacks

3 - Valid parantheses.html

13 - Introduction.mp4

01:01

14 - Implement Stack Data structure in Swift.mp4

02:53

14 - Stacks in Swift.txt

15 - Valid parenthesis.mp4

09:45

16 - Valid Parantheses Solution.txt

16 - Valid parenthesis Coding.mp4

02:54

6 - Linked lists

4 - Reverse Linked List.html

17 - Introduction.mp4

01:30

18 - List Node in Swift.mp4

01:24

18 - List node in swift.txt

19 - Reverse a linked list.mp4

08:06

20 - Reverse a linked list Coding.mp4

03:43

20 - Reverse a linked list Solution.txt

21 - Merge two sorted lists.mp4

04:33

22 - Merge two sorted lists Coding.mp4

03:51

22 - Merge two sorted lists Solution.txt

23 - Linked list cycle.mp4

11:14

24 - Linked list cycle Coding.mp4

04:37

24 - Linked list cycle Solution.txt

7 - Trees

5 - Maximum depth of a Binary tree.html

25 - Introduction.mp4

01:13

26 - Binary tree in swift.mp4

00:43

26 - Binary tree in swift.txt

27 - Invert binary tree.mp4

03:01

28 - Invert binary tree Coding.mp4

01:51

28 - Invert binary tree Solution.txt

29 - Maximum depth of a binary tree.mp4

04:36

30 - Maximum depth Solution.txt

30 - Maximum depth of a binary tree Coding.mp4

00:46

31 - Same tree.mp4

06:16

32 - Same tree Coding.mp4

01:03

32 - Same tree Solution.txt

33 - Subtree of another tree.mp4

03:16

34 - Subtree Solution.txt

34 - Subtree of another tree coding.mp4

01:16

8 - 1D dynamic

35 - Climbing stairs.mp4

07:31

36 - Climbing stairs Coding.mp4

02:52

36 - Climbing stairs Solution.txt

9 - Intervals

37 - Meeting rooms.mp4

03:56

38 - Meeting rooms Coding.mp4

02:42

38 - Meeting rooms Solution.txt

10 - Bit manipulation

6 - XOR operation.html

39 - Number of 1 bits.mp4

07:58

40 - Number of 1 bits Coding.mp4

02:26

40 - Number of 1 bits Solution.txt

41 - Counting bits.mp4

07:21

42 - Counting bits Coding.mp4

03:06

42 - Counting bits Solution.txt

43 - Reverse bits.mp4

06:24

44 - Reverse bits Coding.mp4

01:00

44 - Reverse bits Solution.txt

45 - Missing number.mp4

04:50

46 - Missing number Coding.mp4

01:35

46 - Missing number Solution.txt

Description

Easy Blind75 algorithms from LeetCode are explained and coded in Swift language

What You'll Learn?

Enhance your analytical skills in data structures and algorithms
Master the Easy LeetCode's Blind75 Algorithms, a list of the 75 most frequently asked LeetCode questions
Implement data structures and algorithms using the Swift programming language
Acquire proficiency in common algorithm-solving techniques

Who is this for?

Are you a student who has algorithms and data structures in your academics? This course is for you.

Are you an Enthusiast eager to delve into algorithms? This course is for you.

Are you a Job seeker aiming for high-paying positions and seeking algorithmic preparation guidance? This course is for you

Are you an iOS developer who is interested in learning algorithms? This course is especially for you.

Are you a Programmer of any background keen on expanding their algorithmic knowledge? This course is also for you.

More details

Description
Welcome to the beginner course, "Blind 75 Algorithms from LeetCode"! This comprehensive and meticulously curated course presents a handpicked selection of the most commonly asked interview questions. Designed as an ideal starting point for learning algorithms and common data structures, this course equips you with the essential skills and knowledge to excel.
Immerse yourself in over 3 hours of high-definition video tutorials, where we provide in-depth explanations of multiple approaches to solving each algorithm. Our aim is to empower you with a strong foundation in algorithmic problem-solving. Each algorithm is dissected, accompanied by detailed discussions on time and space complexity analysis. To facilitate understanding, we incorporate numerous illustrative examples that clarify key concepts and techniques.
Upon completion of this course, you can expect a significant enhancement in your problem-solving abilities and speed across various crucial sections, including:
Arrays and Hashmaps
Two pointers
Sliding window
Stacks
Linked lists
Trees
1D dynamic programming
Intervals
Bit manipulation
Embark on a transformative learning experience by enrolling in this course, which we strongly recommend to anyone seeking to master algorithms and improve their interview performance.
Should you have any questions or require further clarification, we encourage you to engage with us in the Q&A section. We are dedicated to providing prompt and helpful responses.
Furthermore, we genuinely value your feedback and suggestions for improving our videos and course content. Your insights will play a vital role in refining future productions, ensuring an optimal learning experience. We are committed to your success and hope you thoroughly enjoy your educational journey with us.

Who this course is for:
Are you a student who has algorithms and data structures in your academics? This course is for you.
Are you an Enthusiast eager to delve into algorithms? This course is for you.
Are you a Job seeker aiming for high-paying positions and seeking algorithmic preparation guidance? This course is for you
Are you an iOS developer who is interested in learning algorithms? This course is especially for you.
Are you a Programmer of any background keen on expanding their algorithmic knowledge? This course is also for you.

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Jeevan Eashwar is a seasoned iOS developer with over 9 years of experience in mobile application development. He has a passion for coding, playing chess, and reading books. Jeevan is also an instructor on Udemy, where he teaches courses on mobile application development and algorithms. He specializes in developing iOS applications and Slack bot applications. With his love for teaching, Jeevan has inspired many students to pursue a career in software development.

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