Publication | Closed Access
Semantic locality and context-based prefetching using reinforcement learning
103
Citations
26
References
2015
Year
Unknown Venue
Artificial IntelligenceIrregular Data StructuresEngineeringMachine LearningComputer ArchitectureSpatio-temporal LocalityData ScienceSemantic LocalityHigh-performance ArchitectureMemoryMulti-task LearningParallel ComputingMemory ManagementComputer EngineeringSpatial LocalityComputer ScienceVirtual MemoryMemory ArchitectureParallel ProgrammingIn-memory Database
Most modern memory prefetchers rely on spatio-temporal locality to predict the memory addresses likely to be accessed by a program in the near future. Emerging workloads, however, make increasing use of irregular data structures, and thus exhibit a lower degree of spatial locality. This makes them less amenable to spatio-temporal prefetchers.
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