public JitterBugShaping(string binaryMessage, List<decimal> ipds, JitterBugInfo info, List<decimal> trainingIpds, int numBins)
: base(binaryMessage, ipds, info)
{
_entropyClass = new Entropy(null, trainingIpds, numBins, 0);
SetupBins(numBins);
CreateFlow();
}
public static void CleanData()
{
string sampleFilePath = @"C:\Documents and Settings\Wallsr\My Documents\Research\Samples\IPDs\Sampled\Lowerbound\SampleSet_0s_060909.ipd";
string trainFilePath = @"C:\Documents and Settings\Wallsr\My Documents\Research\Samples\IPDs\Sampled\Lowerbound\TrainingSet_0s_060909.ipd";
int samSize = 2000;
int numBin = 65536;
List<decimal> samIpds = FileUtilities.ParseIPDFile(sampleFilePath);
List<decimal> trainIpds = FileUtilities.ParseIPDFile(trainFilePath);
Entropy entropy = new Entropy(samIpds, trainIpds, numBin, samSize);
List<decimal> ce = entropy.DetermineEntropy();
}
public static void CalculateEntropy(string setInfoXmlPath, string ipdFilePath)
{
SetInfo setInfo = SetInfo.ReadXml(setInfoXmlPath);
List<decimal> ipds = FileUtilities.ParseIPDFile(ipdFilePath);
List<decimal> trainingIpds = FileUtilities.ParseIPDFile(setInfo.TrainingFilePath);
Entropy en = new Entropy(ipds, trainingIpds, setInfo.NumTrainingBins, setInfo.SampleSize);
List<decimal> entropy = en.DetermineEntropy();
string path = ipdFilePath + "_EN.txt";
for (int i = 0; i < entropy.Count; i++)
{
File.AppendAllText(path, Convert.ToString(entropy[i])+ Environment.NewLine);
}
}
