Common wisdom is to avoid the System.gc() command in code and find other ways to configure the JVM's Java garbage collection algorithms to achieve optimal memory management performance. However, it's ...

Learn how to choose the right GC algorithm, set the appropriate heap size, monitor and analyze GC behavior, and apply GC tuning options for your Java web applications.

Garbage collection algorithms There are dozens of algorithms for garbage collection. Let’s look at some of the most important algorithms and their salient characteristics. Reference counting In ...

In order to understand garbage collection and the various GC approaches and algorithms, you must first know a few things about the Java platform’s memory model. Eventually, the Java heap will be ...

Standard Edition (Java SE), crucial for automatic memory management are various Garbage Collection (GC) algorithms. Since implementation of the Java Development Kit (JDK) is continuously being ...

The process of identifying and removing garbage is known as garbage collection. Java's garbage collector uses a variety of algorithms to perform garbage collection, including: Mark and sweep: This ...

“The Java SE 7 Update 4 JDK includes the next-generation garbage collection algorithm, Garbage First (G1), which has been eagerly anticipated by the Java developer community. G1 provides ...

To address the deficiencies of Java GC, a variety of garbage collection algorithms have been created, all of which behave slightly differently. The more developers and sys admins know about Java GC, ...