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Interapplication interference at shared main memory severely degrades performance and increasing DRAM frequency calls for simple memory schedulers. Previous memory schedulers employ a per-application ranking scheme for high system performance or a per-group ranking scheme for low hardware cost, but few provide a balance. We propose DMPS, a memory scheduler based on dynamic multilevel priority. First, DMPS uses “memory occupancy” to measure interference quantitatively. Second, DMPS groups applications, favors latency-sensitive groups, and dynamically prioritizes applications by employing a per-level ranking scheme. The simulation results show that DMPS has 7.2% better system performance and 22% better fairness over FRFCFS at low hardware complexity and cost.

Memory Access Scheduling Based on Dynamic Multilevel Priority in Shared DRAM Systems