public PSOAlgorithm<ICell[]> CreateIndexMovementBasedWithGlobalBestCellBuilder(int Population, FAPModel Model, double localCoefficient, double globalCoefficient)
{
PositionGenCellArray generator = new FrequencyIndexPositionGenerator(Model);
FitnessFuncCellArray evalFunction = new FAPIndexCostFunction(Model);
ParticleMoveFunction moveFunction = new PerTRXChannelIndexFunction(Model, localCoefficient, globalCoefficient, CreateCollisionResolver(Model));
ICellIntegrityChecker checker = new GBCIndexBasedViolationChecker(Model);
String benchName = Model.GeneralInformation.ScenarioID;
return new FAPPSOAlgorithm(benchName, Population, evalFunction, moveFunction, generator, checker, GBestFactory.GetGlobalBestCellBuilderSelector());
}
public IndexStatisticalAnalyser(FAPModel model)
: base(model)
{
channels = model.Channels;
infExceeding = new double[10];
coChInterference = new List<double>();
adjChInterference = new List<double>();
trxInterference = new List<double>();
}
public PSOAlgorithm<ICell[]> CreateFrequencyValueBased(int Population,FAPModel Model,double localCoefficient, double globalCoefficient)
{
PositionGenCellArray generator = new FrequencyPositionGenerator(Model);
FitnessFuncCellArray evalFunction = new FAPCostFunction(Model);
ParticleMoveFunction moveFunction = new ParticlePerTrxFunction(Model, Model.GeneralInformation.Spectrum[0], Model.GeneralInformation.Spectrum[1],
localCoefficient, globalCoefficient, CreateCollisionResolver(Model));
ICellIntegrityChecker checker = new GBCViolationChecker(Model.GeneralInformation.GloballyBlockedChannels);
String benchName = Model.GeneralInformation.ScenarioID;
return new FAPPSOAlgorithm(benchName,Population, evalFunction, moveFunction, generator, checker,GBestFactory.GetStandardSelector());
}
public PSOAlgorithm<ICell[]> CreateFrequencyIndexBased(int Population,
FAPModel Model, double localCoefficient, double globalCoefficient)
{
PositionGenCellArray generator = new FrequencyIndexPositionGenerator(Model);
FitnessFuncCellArray evalFunction = new FAPIndexCostFunction(Model);
ParticleMoveFunction moveFunction = new ParticlePerTrxFunction(Model, 0,
Model.Channels.Length - 1, localCoefficient, globalCoefficient,
CreateCollisionResolver(Model));
ICellIntegrityChecker checker = new GBCIndexBasedViolationChecker(Model);
String benchName = Model.GeneralInformation.ScenarioID;
return new FAPPSOAlgorithm(benchName, Population, evalFunction,
moveFunction, generator, checker,
GBestFactory.GetStandardSelector(), new IndexStatisticalAnalyser(Model));
}
public FAPModel CreateModel(String path)
{
FAPModel model = new FAPModel(path);
model.createModel();
return model;
}
public GBCIndexBasedViolationChecker(FAPModel model)
{
channels = model.Channels;
gbc = model.GeneralInformation.GloballyBlockedChannels;
}
public FAPIndexCostFunction(FAPModel model)
: base(model)
{
channels = model.Channels;
}
protected AbstractCollisionResolver CreateCollisionResolver(FAPModel model)
{
return new RandomCollisionResolver(model.Channels);
}
public StdStatisticalAnalyser(FAPModel model)
: base(model)
{
channels = model.Channels;
infExceeding = new double[10];
}