Garbage-Collection

Abstract visualization of tri-color object graph with moving collector threads.

Implementing Concurrent Garbage Collection with Tri-Color Marking: From Theory to Production-Ready JVM Tuning

How modern concurrent collectors like G1 and ZGC use the tri-color invariant to do most of their work without stopping your threads, and the JVM flags you actually need in production.

Abstract diagram showing white, grey, and black object nodes connected by pointers representing tri-color marking.

Implementing Concurrent Garbage Collection: A Deep Dive into Tri-Color Marking for Low-Latency Runtimes

A working-engineer’s tour of tri-color invariant, write barriers, and the SATB vs. incremental-update trade-offs that make modern concurrent GCs possible.

Diagram of JVM and .NET generational heap layers.

Deep Dive into Generational Garbage Collection: Memory Management in Modern JVM and .NET Runtimes

A technical walkthrough of generational GC in Java and .NET, covering heap layout, pause characteristics, and practical tuning strategies for production systems.

Illustration of a heap with colored nodes representing tri‑color marking.

Implementing Concurrent Garbage Collection: Tri-Color Marking Architecture and Production Heap Management Strategies

Explore how tri‑color marking powers low‑pause concurrent collectors, see concrete architecture diagrams, and learn production‑grade heap management tricks.

Illustration of JVM and .NET heap generations.

Deep Dive into Generational Garbage Collection: Memory Management in Modern JVM and .NET Runtimes

A technical walkthrough of generational GC in the JVM and .NET, covering heap layout, pause times, and actionable tuning strategies.