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The fundamental challenge of garbage collector (GC) design is to maximize the recycled space with minimal time overhead. For efficient memory management, in many GC designs the heap is divided into large object space (LOS) and non-large object space (non-LOS). When one of the spaces is full, garbage collection is triggered even though the other space may still have a lot of free room, thus leading...
This paper describes a scalable parallel marking technique for garbage collection that does not employ any synchronization operation. To achieve good scalability, two major design issues have to be resolved in parallel marking algorithm, i.e., the overhead of synchronization operations and load balance. This paper presents task-pushing, a novel parallel marking algorithm where each thread proactively...
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