## Видео курса

• Урок 1. 00:03:45
Introduction to Course
• Урок 2. 00:08:04
Two Sum problem Statement and O(n^2) Solution
• Урок 3. 00:03:12
Implementation of O(n^2) naive solution
• Урок 4. 00:11:07
Optimizing Further for O(nlogn) Solution
• Урок 5. 00:10:13
Implementing the O(nlogn) Solution
• Урок 6. 00:01:41
Problem Statement
• Урок 7. 00:06:44
O(n^2) Naive Solution
• Урок 8. 00:05:10
O(n^2) Naive Solution Implementation
• Урок 9. 00:09:14
O(n) Solution idea and optimizations
• Урок 10. 00:04:58
O(n) Solution Implementation
• Урок 11. 00:02:20
Problem Statement
• Урок 12. 00:06:14
O(n^3) Naive Solution
• Урок 13. 00:08:29
O(nlogn) Improved Solution
• Урок 14. 00:05:36
Implementation of O(nlogn) solution
• Урок 15. 00:14:07
Optimizing further and reaching O(n) Solution
• Урок 16. 00:08:15
Implementation of O(n) Solution
• Урок 17. 00:03:09
Problem Statement
• Урок 18. 00:05:36
Incorrect Approaches/Algorithms to the Problem
• Урок 19. 00:17:51
Recursive Algorithm Solution That runs in O(n^2) Time
• Урок 20. 00:05:01
Implementation of O(n^2) Recursive Algorithm
• Урок 21. 00:11:40
Optimizing further With Stacks to get O(n) Solution Idea
• Урок 22. 00:09:59
O(n) Solution Implementation
• Урок 23. 00:05:31
Problem Statement and Example
• Урок 24. 00:12:54
Naive O(n^2) Solution with additional boolean array
• Урок 25. 00:15:57
Implementation of O(n^2) Solution
• Урок 26. 00:11:46
Optimizing on the last algorithm to an O(n) Solution
• Урок 27. 00:06:38
Implementation of O(n) Solution
• Урок 28. 00:03:41
Problem Statement
• Урок 29. 00:08:34
Bruteforce Algorithm Idea: O(nk) Solution
• Урок 30. 00:04:38
Bruteforce Implementation and Time Limit Exceeded
• Урок 31. 00:13:47
Optimizing Using Hashmaps to get O(n) Solution on average
• Урок 32. 00:04:33
Implementing the O(n) Solution
• Урок 33. 00:04:29
Problem Statement
• Урок 34. 00:05:39
O(n!) Brute force Solution
• Урок 35. 00:11:41
O(n^2) Solution idea for Valid anagram
• Урок 36. 00:07:27
O(n^2) Solution Implementation
• Урок 37. 00:05:41
O(nlogn) Solution by Optimizing bottleneck
• Урок 38. 00:03:23
O(nlogn) Solution Implementation
• Урок 39. 00:08:12
O(n) Solution Idea, The final optimization with Hashtable
• Урок 40. 00:09:15
O(n) Solution Implementation
• Урок 41. 00:01:27
Problem Statement
• Урок 42. 00:05:19
O(nlogn) Naive Solution Idea
• Урок 43. 00:02:01
O(nlogn) Naive Solution Implementation
• Урок 44. 00:12:52
O(nlogk) Optimized Solution Using a Heap
• Урок 45. 00:03:07
Implementation of O(nlogk) Heap Solution
• Урок 46. 00:02:24
Problem Statement
• Урок 47. 00:14:51
Idea of O(n^2Logn) Naive Solution and O(n^2logk) Optimized Solution using Heap
• Урок 48. 00:19:08
Implementation of O(n^2Logn) and O(n^2Logk) Solutions
• Урок 49. 00:02:01
Problem Statement
• Урок 50. 00:12:15
O(n) Recursive Solution Idea
• Урок 51. 00:02:11
O(n) Solution implementation
• Урок 52. 00:01:44
Problem Statement
• Урок 53. 00:06:56
O(n) Recursive Solution Idea
• Урок 54. 00:04:20
O(n) Solution Implementation
• Урок 55. 00:02:01
Problem Statement
• Урок 56. 00:07:47
O(n) Recursive Solution Idea
• Урок 57. 00:02:47
O(n) Solution Implementation
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