Wednesday, December 11, 2024
Efficient Coding with DSA π
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Updated: February 2025
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What Will I Learn?
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π Master Core Concepts:
- π Understand the fundamentals of Data Structures and Algorithms.
- π Learn how to select the right data structure for solving complex problems efficiently.
- 𧩠Dive deep into algorithmic paradigms like Divide and Conquer, Dynamic Programming, and Greedy Algorithms.
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π§ Sharpen Problem-Solving Skills:
- π‘ Tackle real-world coding challenges with optimized solutions.
- π Analyze time and space complexities to write high-performance code.
- π οΈ Learn best practices to debug, test, and refine your algorithms.
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π Level Up Your Career:
- π₯οΈ Ace technical interviews with confidence by mastering common DSA questions.
- π Build a strong foundation for advanced topics like System Design and Competitive Programming.
- π Bridge the gap between theory and practice with hands-on coding exercises.
Anything Extra to Add?
- π‘ Pro Tips: Include quick hacks for remembering algorithms and solving edge cases.
- π Visualizations: Use step-by-step illustrations or animations to simplify complex algorithms.
- π Ready-to-Practice Code: Provide working code snippets with detailed explanations for every concept.
Contains Duplicate
Check if an array contains duplicates using a simple and efficient method.
Valid Anagram
Determine if two strings are anagrams.
Concatenation of Array
Creating a new array of length 2n by duplicating the elements of a given array in a specific pattern.
Replace Elements with Greatest Element on Right Side
Finding the maximum element to the right of each index with an optimized O(n) approach.
Is Subsequence
Checking if one string appears as a subsequence within another using an optimized O(n) approach.
Length of Last Word
Finding the length of the last word in the string.