This paper provides a brief overview of both garbage collection (GC) of memory and parallel processing. We then cover how parallel processing applies to GC. Specifically, these concepts are focused within the context of the Java Virtual Machine (JVM). With that foundation, we look at various algorithms that perform compaction of fragmented memory during the GC process. These algorithms are designed to run concurrent to the application running. Such concurrently compacting GC behavior stems from a desire to reduce \stop-the-world pauses of an application
AbstractDespite its dominance, object-oriented computation has received scant attention from the arc...
We describe a concurrent garbage collector (GC) for object-oriented databases. Our GC uses a new sy...
In systems that support garbage collection, a tension exists between collecting garbage too fre-quen...
This paper provides a brief overview of both garbage collection (GC) of memory and parallel processi...
With the current developments in CPU implementations, it be-comes obvious that ever more parallel mu...
ABSTRACT The mostly concurrent garbage collection was presented in the seminal paper of Boehm et al....
An important issue for concurrent garbage collection in virtual machines (VM) is to identify which g...
Many applications, such as video-based or transaction-based ones, are latency-critical. Any addition...
Garbage collection (GC) is a key component of almost all modern programming languages. The advent of...
Abstract. There are many algorithms for concurrent garbage collection, but they are complex to descr...
Long-running, heavily multi-threaded, Java server applications make stringent demands of garbage col...
While a conventional program uses exactly as much memory as it needs, the memory use of a garbage-co...
With multi-processor systems in widespread use, and programmers increasingly writing programs that e...
This paper explores and quantifies garbage collection behavior for three whole heap collectors and g...
Abstract—the fundamental challenge of garbage collector (GC) design is to maximize the recycled spac...
AbstractDespite its dominance, object-oriented computation has received scant attention from the arc...
We describe a concurrent garbage collector (GC) for object-oriented databases. Our GC uses a new sy...
In systems that support garbage collection, a tension exists between collecting garbage too fre-quen...
This paper provides a brief overview of both garbage collection (GC) of memory and parallel processi...
With the current developments in CPU implementations, it be-comes obvious that ever more parallel mu...
ABSTRACT The mostly concurrent garbage collection was presented in the seminal paper of Boehm et al....
An important issue for concurrent garbage collection in virtual machines (VM) is to identify which g...
Many applications, such as video-based or transaction-based ones, are latency-critical. Any addition...
Garbage collection (GC) is a key component of almost all modern programming languages. The advent of...
Abstract. There are many algorithms for concurrent garbage collection, but they are complex to descr...
Long-running, heavily multi-threaded, Java server applications make stringent demands of garbage col...
While a conventional program uses exactly as much memory as it needs, the memory use of a garbage-co...
With multi-processor systems in widespread use, and programmers increasingly writing programs that e...
This paper explores and quantifies garbage collection behavior for three whole heap collectors and g...
Abstract—the fundamental challenge of garbage collector (GC) design is to maximize the recycled spac...
AbstractDespite its dominance, object-oriented computation has received scant attention from the arc...
We describe a concurrent garbage collector (GC) for object-oriented databases. Our GC uses a new sy...
In systems that support garbage collection, a tension exists between collecting garbage too fre-quen...