public object Clone()
{
ArbiterPUF aPUFCopy = new ArbiterPUF(Weight); //Automatically clones the weights in the constructor
//Other variables must be set manually
aPUFCopy.BitNumber = BitNumber;
aPUFCopy.WeightMean = WeightMean;
aPUFCopy.WeightVariance = WeightVariance;
aPUFCopy.NoiseMean = NoiseMean;
aPUFCopy.NoiseVariance = NoiseVariance;
aPUFCopy.MajorityVoteCount = MajorityVoteCount;
return(aPUFCopy);
}
//Default constructor
public XORArbiterPUF(int numPUFIN, int bitNum, double aPUFMean, double aPUFVar)
{
//set the input variables
BitNumber = bitNum;
NumPUF = numPUFIN;
MeanForAPUF = aPUFMean;
VarianceForAPUF = aPUFVar;
ArbiterPUFArray = new ArbiterPUF[NumPUF];
//Initialize the arbiter PUF array
for (int i = 0; i < NumPUF; i++)
{
ArbiterPUFArray[i] = new ArbiterPUF(bitNumber, MeanForAPUF, VarianceForAPUF);
}
}
//Copy constructor
public XORArbiterPUF(int numPUFIN, int bitNum, double[][] weightsIN, double aPUFMean, double aPUFVar, double noiseMeanAPUFIN, double noiseVarianceAPUFIN)
{
//set the input variables
BitNumber = bitNum;
NumPUF = numPUFIN;
MeanForAPUF = aPUFMean;
VarianceForAPUF = aPUFVar;
NoiseMeanForAPUF = noiseMeanAPUFIN;
NoiseVarianceForAPUF = noiseVarianceAPUFIN;
ArbiterPUFArray = new ArbiterPUF[NumPUF];
//Initialize the arbiter PUF array
for (int i = 0; i < NumPUF; i++)
{
ArbiterPUFArray[i] = new ArbiterPUF(weightsIN[i], NoiseMeanForAPUF, NoiseVarianceForAPUF);
}
}
//Constructor that only takes a 1D double
public XORArbiterPUF(int bitNum, double[] allAPUFWeights)
{
//set the input variables
BitNumber = bitNum;
NumPUF = (int)Math.Floor((double)allAPUFWeights.Length / ((double)bitNumber + 1)); //find the number of APUFs
ArbiterPUFArray = new ArbiterPUF[NumPUF];
//Fill in the APUF array
for (int i = 0; i < NumPUF; i++)
{
//Extract the weights from the double array
double[] currentAPUFWeights = new double[BitNumber + 1];
int indexer = i * (bitNumber + 1);
for (int j = 0; j < currentAPUFWeights.Length; j++)
{
currentAPUFWeights[j] = allAPUFWeights[indexer];
indexer++;
}
ArbiterPUFArray[i] = new ArbiterPUF(currentAPUFWeights);
}
}
public IPUF(int xNumPUFIN, int yNumPUFIN, int bitNum, double aPUFMean, double aPUFVar)
{
//set the input variables
BitNumber = bitNum;
NumPUFX = xNumPUFIN;
NumPUFY = yNumPUFIN;
MeanForAPUF = aPUFMean;
VarianceForAPUF = aPUFVar;
ArbiterPUFArrayX = new ArbiterPUF[xNumPUFIN];
ArbiterPUFArrayY = new ArbiterPUF[yNumPUFIN];
//Initialize the X arbiter PUF array
for (int i = 0; i < NumPUFX; i++)
{
ArbiterPUFArrayX[i] = new ArbiterPUF(bitNumber, MeanForAPUF, VarianceForAPUF);
}
//Initialize the Y arbiter PUF array
for (int i = 0; i < NumPUFY; i++)
{
ArbiterPUFArrayY[i] = new ArbiterPUF(bitNumber + 1, MeanForAPUF, VarianceForAPUF); //note this has one more bit than the X PUFs
}
}
