 Results show that it is possible to achieve (i) temporal determinism as strong as with traditional way-based cache partitioning ; and (ii) giving 50\% of the private partition space, on average, to the non-real-time applications .
<meaning-changed>  Results show that it is possible to achieve (i) temporal determinism as strong as with traditional way-based cache partitioning ; and (ii) giving 50\% of the private partition space, on average, to the non-real-time applications .
 Results show that it is possible to achieve (i) temporal determinism as strong as with traditional way-based cache partitioning for deterministic memory, (ii) giving 50\% of the private partition space, on average, to the non-real-time applications .