Baeldung

The Java Virtual Machine (JVM) offers a range of advanced options to fine-tune its performance, manage memory, and conduct diagnostics. These options include configurations for garbage collection, memory management, Just-in-Time (JIT) compilation, and debugging. Developers can achieve optimal application performance by understanding and appropriately using these advanced settings, while also considering potential changes in future JVM versions.

Exploring Advanced JVM Options

Javarevisited

The post provides an overview of garbage collection in Java and details seven garbage collectors: Serial GC, Parallel GC, Concurrent Mark Sweep GC, Z GC, G1 GC, Shenandoah GC, and Epsilon GC. It explains the metrics used to evaluate GC algorithms, such as latency, throughput, and memory footprint. Each garbage collector is described with its use cases and how to enable it in Java.

7 Types of Garbage Collectors in Java

The Java Virtual Machine (JVM) is a virtual machine that provides an execution environment for running Java bytecode and other programming languages that target the JVM. It enables cross-platform compatibility and runtime optimization for Java applications and frameworks. Readers can learn how the JVM works, its memory management model, and how it executes Java bytecode, enabling developers to write platform-independent code and deploy Java applications on diverse environments and devices.

Best of JVM — December 2024