protected override MolecularPattern GetSpamp(NSEventBlock eventBlock)
{
double alpha = 0.5;
var dtp = MetricEngine.Compute(Metric.DataThroughput, eventBlock);
var rls = MetricEngine.Compute(Metric.RoutingListSize, eventBlock);
var dtpExpected = MetricEngine.Compute(Metric.ExpectedDataThroughput, eventBlock);
if (dtp >= 0)
{
dtpMean = alpha * dtpMean + (1 - alpha) * dtp;
}
if (rls >= 0)
{
rlsMean = alpha * rlsMean + (1 - alpha) * rls;
}
if (dtpExpected >= 0)
{
dtpExpectedMean = alpha * dtpExpectedMean + (1 - alpha) * dtpExpected;
}
if (dtpMean == 0 || rlsMean == 0 || dtpExpectedMean == 0)
{
return(null);
}
return(new MolecularPattern(new double[]
{
rlsMean,
dtpMean,
dtpExpectedMean
}));
}
protected override MolecularPattern GetSdamp(NSEventBlock eventBlock)
{
// compute SDAMP
var ITH = MetricEngine.Compute(Metric.InterestThroughput, eventBlock);
var LBP = MetricEngine.Compute(Metric.LongBufferProbability, eventBlock);
var OHD = MetricEngine.Compute(Metric.OneHopDelay, eventBlock);
if (ITH < 0 || LBP < 0 || OHD < 0)
{
return(null);
}
return(new MolecularPattern(new double[3] {
ITH, LBP, OHD
}));
}
protected override MolecularPattern GetAntigenPeptide(NSEventBlock eventBlock)
{
// NOTE: set PEPTIDE_LENGTH constant accordingly
var myIR = MetricEngine.Compute(Metric.MyInterestSendRate, eventBlock);
if (myIR < 0)
{
return(null);
}
// TODO: NORMALIZE THE VECTOR
if (myIR < 20)
{
myIR /= 20;
}
else
{
myIR = 1;
}
return(new MolecularPattern(new double[] { myIR }));
}