/// <summary>
/// Calculate decisive factors for current networks.
/// </summary>
private void CalculateDecisiveFactors()
{
var througoutputs = this.NovelNetworkModels.Select(p => p.RadioNetworkModel.Parameters.ThroughputInMbps).ToArray();
var packtloses = this.NovelNetworkModels.Select(p => p.RadioNetworkModel.Parameters.PacketLossPercentage).ToArray();
var responses = this.NovelNetworkModels.Select(p => p.RadioNetworkModel.Parameters.ResponseTimeInMsec).ToArray();
var sec = this.NovelNetworkModels.Select(p => p.RadioNetworkModel.Parameters.SecurityLevel).ToArray();
AhpModel ahpModel = new AhpModel(this._networkProfile.ProfileWeights);
var ahpWeights = ahpModel.GetOutputWeights();
foreach (var networkModel in this.NovelNetworkModels)
{
double grc =
GraTools.NormalizeLargerTheBetter(througoutputs,
networkModel.RadioNetworkModel.Parameters.ThroughputInMbps) * ahpWeights[0] +
GraTools.NormalizeSmallerTheBetter(packtloses,
networkModel.RadioNetworkModel.Parameters.PacketLossPercentage) * ahpWeights[1] +
GraTools.NormalizeSmallerTheBetter(responses,
networkModel.RadioNetworkModel.Parameters.ResponseTimeInMsec) * ahpWeights[2] +
GraTools.NormalizeLargerTheBetter(sec,
networkModel.RadioNetworkModel.Parameters.SecurityLevel) * ahpWeights[3];
networkModel.GrcFactor = grc;
}
}
public static void SaveAhpModel(this TempDataDictionary tempData, AhpModel ahpModel, int personId)
{
tempData[AhpKey + personId] = ahpModel;
}
public ActionResult Pairwise(AhpModel ahp)
{
TempData.SaveAhpModel(ahp, ahp.PersonId);
return(RedirectToAction("People"));
}
