Before revision:  We evaluate the effectiveness of the deterministic memory-aware cache management approach compared with a conventional way-based cache partitioning approach , using a set of synthetic and real benchmarks. The results show that our approach achieves (i) the same degree of temporal determinism of traditional way-based cache partitioning for deterministic memory, (ii) while freeing up to 49\% of additional cache space, on average, for best-effort memory, and consequently improving the cache hit rate by 39\%, on average, for non-real-time workloads. We also discuss how the deterministic memory abstraction can be leveraged in other parts of the memory hierarchy, particularly in the memory controller .
After revision:  We evaluate the effectiveness of the deterministic memory-aware cache management approach compared with a conventional way-based cache partitioning approach , using a set of synthetic and real-world benchmarks, demonstrate the feasibility and effectiveness of our approach .