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Design HashMap - LeetCode 706

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Welcome to this coding tutorial! In this video, we'll explore two different approaches to solving a popular LeetCode problem: Design HashMap
🔑 Hashmaps are a fundamental data structure in programming, and in this video, we'll explore two different implementations: "Array" and "Chaining." Join us as we dive deep into the code to understand their inner workings!
📦 In the "Array" approach, we'll create a simple hashmap using a fixed-size array. Learn how to handle collisions and manage key-value pairs efficiently with straightforward array indexing.
🔗 Next, we'll switch gears and explore the "Chaining" method, where we use List of arrays to handle collisions. Discover how this dynamic approach allows for flexibility and scalability in your hashmap.
⚙️ We'll walk you through the code step by step, explaining how each method (put, get, and remove) works in both implementations. You'll gain a clear understanding of their time and space complexities.
💡 Whether you're a beginner learning the basics of data structures or an experienced coder looking to optimize your solutions, this video has something for everyone.
Don't forget to like, subscribe, and hit the notification bell to stay updated with our coding tutorials and algorithm explanations. If you found this video helpful, please share it with your fellow coders and friends. Happy coding!
#shivaprasadgurram #leetcode #codingchallenge #algorithm #datastructures #programming #problemsolving #leetcodeproblems #learnprogramming #codewithme #techexplained #leetcode #codingtutorials #java #hashmap #bruteforce #problemsolving #codinginterview #datastructures
🔗 Connect with me:
Disclaimer/Policy:
----------------------------
Note : All uploaded content in this channel is mine and its not copied from any community.
🔑 Hashmaps are a fundamental data structure in programming, and in this video, we'll explore two different implementations: "Array" and "Chaining." Join us as we dive deep into the code to understand their inner workings!
📦 In the "Array" approach, we'll create a simple hashmap using a fixed-size array. Learn how to handle collisions and manage key-value pairs efficiently with straightforward array indexing.
🔗 Next, we'll switch gears and explore the "Chaining" method, where we use List of arrays to handle collisions. Discover how this dynamic approach allows for flexibility and scalability in your hashmap.
⚙️ We'll walk you through the code step by step, explaining how each method (put, get, and remove) works in both implementations. You'll gain a clear understanding of their time and space complexities.
💡 Whether you're a beginner learning the basics of data structures or an experienced coder looking to optimize your solutions, this video has something for everyone.
Don't forget to like, subscribe, and hit the notification bell to stay updated with our coding tutorials and algorithm explanations. If you found this video helpful, please share it with your fellow coders and friends. Happy coding!
#shivaprasadgurram #leetcode #codingchallenge #algorithm #datastructures #programming #problemsolving #leetcodeproblems #learnprogramming #codewithme #techexplained #leetcode #codingtutorials #java #hashmap #bruteforce #problemsolving #codinginterview #datastructures
🔗 Connect with me:
Disclaimer/Policy:
----------------------------
Note : All uploaded content in this channel is mine and its not copied from any community.