Longest Balanced Subarray II | LeetCode 3721 | Segment Tree | Java Code | Developer Coder скачать в хорошем качестве

Longest Balanced Subarray II | LeetCode 3721 | Segment Tree | Java Code | Developer Coder

Welcome to Developer Coder 🚀 In this video, we deep-dive into Longest Balanced Subarray II (LeetCode 3721) from a competitive programming and interview preparation perspective. This session is designed for developers who want to strengthen their understanding of advanced data structures and algorithmic thinking using Java. We focus on core algorithmic patterns such as Prefix Sum optimization, Segment Tree usage, and range-based query handling, which are widely used in FAANG and product-based company interviews. This problem is a great example of how combining multiple techniques can lead to efficient and scalable solutions. Whether you are preparing for: Coding interviews LeetCode contests Systematic DSA mastery Advanced Java problem solving This video will help you build intuition, connect concepts, and think like an interviewer expects. 👉 If you enjoy structured DSA explanations, optimized thinking patterns, and real interview-level problems, make sure to like, share, and subscribe to Developer Coder. Longest Balanced Subarray I [LeetCode 3719] -    • Longest Balanced Subarray I | LeetCode 371...   Github : https://github.com/abhinavsharma24717... #DeveloperCoder #LeetCode #LeetCode3721 #JavaDSA #PrefixSum #SegmentTree #CompetitiveProgramming #CodingInterviews #DSAJava #AdvancedAlgorithms #SubarrayProblems #FAANGPreparation #InterviewCoding #ProblemSolving #AlgorithmDesign #DataStructures #LeetCodeHard #JavaCoding #TechInterviews #DSAPatterns #SoftwareEngineering #Google #Microsoft #Apple #Amazon #Facebook #IBM #Oracle #Cisco #Intel #Dell #HP #Adobe #Salesforce #SAP #NVIDIA #Tencent #Alibaba #Sony #Netflix #Baidu #Xiaomi #Qualcomm #VMware #Twitter #Fujitsu #Lenovo #Infosys #Capgemini #Accenture Longest Balanced Subarray II LeetCode LeetCode 3721 Java Advanced Prefix Sum Problems Segment Tree Range Queries Balanced Subarray Algorithms LeetCode Hard Java Problems Prefix Sum With Segment Tree Competitive Programming Java Subarray Optimization Techniques Advanced DSA Interview Problems LeetCode Java Segment Tree Prefix Sum Interview Questions FAANG Level DSA Problems Java Competitive Coding Range Query Data Structures Segment Tree Java Implementation Complex Subarray Problems LeetCode Problem Solving Java Interview Level Java DSA Efficient Subarray Algorithms DSA Patterns For Interviews LeetCode Contest Problems Java Advanced Java Algorithms High Performance DSA Techniques Coding Interview Preparation Java Subarray And Prefix Sum Concepts Segment Tree Based Problems Optimized Java DSA Solutions LeetCode Hard Level Practice Java Algorithms For FAANG Data Structures Mastery Java Advanced Problem Solving Java LeetCode Algorithmic Patterns Subarray Based Interview Problems Prefix Sum Optimization Techniques Segment Tree Interview Questions Java DSA Deep Dive Competitive Coding Subarrays Algorithm Design Using Java LeetCode Advanced Topics DSA For Product Companies Balanced Array Algorithms Efficient Range Query Solutions Java Coding Interview Questions Advanced Subarray Logic Segment Tree With Prefix Sum LeetCode Java Practice Hard DSA Problems Explained Java Algorithm Optimization Problem Solving Strategies Java Interview Ready Java Developer Advanced Coding Techniques LeetCode High Difficulty Problems Subarray Analysis Algorithms Prefix Based DSA Problems Segment Tree Problem Patterns Java Competitive Programming Tips Advanced DSA Concepts Java LeetCode For Software Engineers Algorithmic Thinking Java Range Query Optimization Subarray Logic For Interviews Hard Java Coding Problems DSA For Top Tech Companies Advanced LeetCode Java Java Based Algorithm Design Segment Tree Mastery Prefix Sum Deep Concepts Interview Oriented DSA Java Competitive Programming Patterns Advanced Java Problem Solving LeetCode Preparation Strategy Subarray And Range Query Logic Optimized Algorithms Java DSA Concepts For MAANG