🔍 Problem:
We're tackling the "Longest Substring Without Repeating Characters" problem using JavaScript and discussing both brute force and optimal sliding window approaches.
🧠 Approach:
Starting with a brute force method, we analyse its O(n^2) time complexity before introducing the efficient two-pointer approach with O(n) time complexity.
💻 Coding Session:
Follow along in this coding session as we implement both approaches step by step. Witness how sliding technique solves this optimally.
📎 Problem Link:
https://leetcode.com/problems/longest...
🔗 Solution Link:
https://github.com/mohanmanis/Lecture...
🚀 Key Learnings:
By understanding these approaches, you'll not only solve this problem but also gain insights into optimizing solutions for similar challenges.
🔔 Don't forget to subscribe to my channel for more Blind 75 series tutorials! Hit the bell icon to stay updated with the latest content. Happy coding! 🚀
⚡️ Timestamps:
0:00 - Introduction
0:25 - What is substring/subarrays?
1:10 - Problem Overview
2:10 - Brute Force approach, O(n^2)
4:27 - Intuition of better approach
4:50 - Sliding Window Explanation
8:30 - General template of Sliding Window
10:00 - Dry run of brute force approach
13:23 - Coding Session: Using Map
18:07 - Coding Session: Using Set
12:45 - Conclusion & Subscribe
#Algorithm #Coding #Blind75 #SlidingWindowApproach #JavaScriptTutorial #SubscribeNow #containerwithmostwater #slidingwindows 📊💻🔍
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