public RBLA_Monitor(MemCtrl mctrl, DDR3DRAM.Timing tc, DDR3DRAM.Timing old_tc)
{
_mctrl = mctrl;
migration_cost = (int)tc.tLISA_INTER_SA_COPY;
_act = 0;
_actGain = (int)(old_tc.tRCD - tc.tRCD);
_pre = 0;
_preGain = (int)(old_tc.tRP - tc.tRP);
_prevNetBenefit = 0;
_prevAdjust = false;
}
public RBLA_Stats(uint cacheSize, uint cacheAssoc, uint cacheBlockSize, uint hitLatency, uint cid, uint rid, uint bid, DDR3DRAM.Timing slow_tc) :
base(cacheSize, cacheAssoc, cacheBlockSize, hitLatency, -1, false)
{
rb_BBC = new RblaCounter[SetMax, cacheAssoc];
for (int i = 0; i < SetMax; i++)
{
for (int j = 0; j < Assoc; j++)
{
rb_BBC[i, j].Benefit = 0;
rb_BBC[i, j].ColumnStreak = 0;
}
}
// Number of column commands needed to outweigh tRAS
_trasColumnLen = (int)Math.Floor(((double)(slow_tc.tRAS - slow_tc.tCL)) / slow_tc.tCCD);
RbCacheThreshold = Config.mctrl.rbla_cache_threshold;
}