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Design and Evaluation of an Efficient Semispace-based Memory Reclamation Scheme

机译:一种高效的基于半空间的内存回收方案的设计和评估

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Now that in language with garbage collection (GC) mechanism such as Java, the GC should be a direct impact on the performance of the program, and the requirement of real time GC is even higher in a real-time system. We proposed a memory reclamation scheme based on semi-space GC to satisfy the demands of real-time system. In the semi space copying collection process, large number of memory copying operations will bring a significant time overhead. Therefore, a mechanism of object classification and incomplete copying was proposed to reduce the costs of memory copying as well as to maintain a low degree of memory fragmentation. We implemented our solution on the Apache Harmony platform and the effectiveness of our collector prototype was measured through a series of benchmark tests.
机译:现在,在具有Java等垃圾收集(GC)机制的语言中,GC应该直接影响程序的性能,并且在实时系统中对实时GC的要求甚至更高。我们提出了一种基于半空间GC的内存回收方案,以满足实时系统的需求。在半空间复制收集过程中,大量的内存复制操作将带来大量的时间开销。因此,提出了一种对象分类和不完整复制的机制,以减少存储器复制的成本并保持较低的存储器碎片度。我们在Apache Harmony平台上实施了我们的解决方案,并通过一系列基准测试来衡量我们的收集器原型的有效性。

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