Garbage Collection Algorithms in Java: Concurrent Updates with Optimistic Locking - Part III

YouTube Excerpt: We discuss how concurrent compaction using Compare and Swap (CAS) operations helps speed up garbage collection algorithms and reduce response latencies. This is the last piece of the puzzle in the garbage collection series. Cheers! Garbage collection is a way of automatic memory management provided by modern programming languages like Java, Go, Python and JavaScript. 00:00 Who should watch this 00:43 Recap - Garbage Identification 02:00 The hunt for low latency 02:33 Generational Hypothesis 03:27 Concurrent Mark and Sweep 04:05 Partitioning into regions 04:50 Part III - Concurrent Compaction 05:17 Problem: Lost Writes 06:28 Solution: Forwarding Pointers 08:21 Garbage Collectors in Production 08:50 Conclusion 09:50 Thank you! Garbage Collection in Java Series: https://www.youtube.com/playlist?list=PLMCXHnjXnTnsrjHPvnvXdQV3_6lFfEYi3 System Design Course at InterviewReady: https://interviewready.io/ You can follow me on: Github: https://github.com/InterviewReady/system-design-resources LinkedIn: https://www.linkedin.com/company/interview-ready/ Twitter: https://twitter.com/gkcs_ #GarbageCollection #Java #ConcurrentCompaction

We discuss how concurrent compaction using Compare and Swap (CAS) operations helps speed up garbage collection algorithms and reduce response...

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