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Adaptive protocols for software distributed shared memory
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DOI：10.1109/5.747867.png)
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Abstract
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We demonstrate the benefits of software shared memory protocols that adapt at run time to the memory access patterns observed in the applications. This adaptation is automatic-no user annotations cri-e required-and does not rely on compiler support or special hardware. We investigate adaptation between single- and multiple-writer protocols, dynamic aggregation of pages into a larger transfer unit, and adaptation between invalidate and update. Our results indicate that adaptation between single- and multiple-writer and dynamic aggregation are clearly beneficial. The results for the adaptation between invalidate and update are less compelling, showing at best gains similar to the dynamic aggregation adaptation cold at worst serious performance deterioration.
Keywords:
adaptive protocols
application access patterns
automatic adaptation
distributed shared memory
dynamic aggregation
migratory access pattern
single-writer versus multiple writer
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25.9
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9.9K
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4.5W
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