Today, I solved a classic problem on #LeetCode: Removing duplicates from a sorted array. This task was a great way to brush up on #DataStructures and #Algorithms, particularly on efficient in-place array manipulations. 💡 Optimizing code for space and time complexity is always rewarding, and it felt great to see the solution pass all the test cases! 🚀 #CodingJourney #ProblemSolving #Java #Programming #ContinuousLearning #Tech
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Data Structures and algorithms Day : 6 1. #100DaysOfCode 2. #100daysofDSA 3. #coding 4. #programming 5. #learncoding 6. #dailycoding 7. #algorithms 8. #datastructures 9. #javascript 10. #hackerrank 11. #coders
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🔍 Just solved LeetCode Problem #240: Search a 2D Matrix II! 📊 This problem involves searching for a target value in a 2D matrix where each row is sorted in ascending order from left to right, and each column is sorted in ascending order from top to bottom. It’s an excellent challenge for practicing efficient search algorithms in matrix contexts. Key approach: 1️⃣ Divide and Conquer: Start from the top-right corner of the matrix. If the current element is greater than the target, move left. If it’s smaller, move down. This strategy ensures we eliminate one row or one column with each step. 2️⃣ Time Efficiency: This approach operates in O(m + n) time complexity, making it efficient for large matrices. A fantastic way to sharpen your problem-solving skills and understand matrix search optimization! 🚀 #LeetCode #CodingChallenge #Search2DMatrix #Algorithm #DivideAndConquer #MatrixManipulation #Programming #TechLife #DeveloperJourney #Java
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#codingChallenge solved with #TypeScript #hashTable https://lnkd.in/eQwHmuhc #softwareEngineering #softwareEngineer #softwareDevelopment #softwareDeveloper #dataStructure #dataStructures #algorithm #algorithms #code #coding #programming #competitiveCoding #competitiveProgramming #optimisation #performance
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🚀Day43 of #100daysofcodingchallenge! Focused on revising fundamentals array questions in Data Structures and Algorithms. #c++ #leetcode #geeksforgeeks #takeuforward! #problemsolving #programming
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Isomorphic Strings: #LeetCode #C++ #CodingInterview #Algorithm #DataStructures #Programming #SoftwareEngineering #ProblemSolving #TechnicalInterview #CppProgramming #ComputerScience #CodeChallenge #InterviewPreparation #CppDeveloper #AlgoExpert #TechRecruitment #SoftwareDeveloper #CodeReview #ProgrammingCommunity #CompetitiveProgramming
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Here's a brief overview of hash bucketing, a technique used to efficiently manage and retrieve data in various data structures, particularly hash tables. #DataStructures #HashTables #SoftwareEngineering #TechTips #Programming #DataManagement #TechTrends #Coding #AlgorithmDesign #TechInsights
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11 Data Structures YOU MUST KNOW 1. Array 2. Queue 3. Tree 4. Matrix 5. Graph 6. Linked List 7. Max Heap 8. Stack 9. Trie 10. HashMap 11. HashSet Follow Sarfraj Siddique for more helpful content 😄 #datastructures #datastructuresandalgorithms #coding #programming #softwaredevelopment #softwareengineering
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🚀 Day 28 of my #LeetCode75 journey! Today, I tackled the "Maximum Depth of Binary Tree" problem and solved it in just 3ms, placing me in the top 92.33% for runtime performance! 🎯 This problem focuses on finding the maximum depth of a binary tree, and it was a great opportunity to reinforce my understanding of recursion. Every step is bringing me closer to mastering data structures and algorithms! It's amazing to see the progress I'm making each day. Onward and upward from here! 💪 #coding #leetcode #datastructures #algorithms #recursion #Cplusplus #programming #100DaysOfCode #LeetCodeGrind #developerJourney
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🔥 Burning Down the Binary Tree! 🔥 Day 28: Just tackled a challenging problem today—determining the minimum time required to burn an entire binary tree starting from a target node. Each problem adds a new dimension to my understanding of data structures and algorithms. 🧑💻 Problem Brief: Given a binary tree and a node data called target, the task is to find the minimum time required to burn the entire binary tree if the target node is set on fire. In 1 second, all nodes connected to a given node get burned, including its left child, right child, and parent. Solution Approach: To solve this problem, I used a combination of depth-first search (DFS) and breadth-first search (BFS) to track the fire's spread through the tree efficiently. Calculating the minimum time involved balancing the propagation of fire in all directions from the target node. 🔥🌳 #geekstreak2024 #coding #programming #challenge #GeeksforGeeks #dailycoding #30DaysOfCode
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