Uses of Class
solvers.utilities.MVAPopulation

Packages that use MVAPopulation

Package	Description
solvers.multiSolverAlgorithms	Multiclass solution algorithms of JMVA: exact MVA, RECAL, MoM, CoMoM, TreeMVA and TreeConvolution for closed multiclass models, together with their approximate variants.
solvers.priority.prioMVACalculators	Priority MVA (P-MVA) calculators of JMVA for queueing networks with priority classes.
solvers.priority.prioMVACalculators.implementations	Implementations of the JMVA priority MVA calculators.
solvers.priority.prioMVACalculators.implementations.utilisations	Utilization submodels of the JMVA priority MVA calculator implementations.

Uses of MVAPopulation in solvers.multiSolverAlgorithms

Methods in solvers.multiSolverAlgorithms that return types with arguments of type MVAPopulation

Modifier and Type	Method	Description
Map<MVAPopulation, double[][]>	SolverMultiMixedPrioMVA.getQueueLengthMap()
Map<MVAPopulation, double[][]>	SolverMultiMixedPrioMVA.getUtilizationMap()

Uses of MVAPopulation in solvers.priority.prioMVACalculators

Fields in solvers.priority.prioMVACalculators with type parameters of type MVAPopulation

Modifier and Type	Field	Description
protected Map<MVAPopulation, double[][]>	BasePrioMVAUtilCalculator.queueLengthMap
protected Map<MVAPopulation, double[][]>	BasePrioMVAUtilCalculator.utilMap

Methods in solvers.priority.prioMVACalculators with parameters of type MVAPopulation

Modifier and Type	Method	Description
double[][]	PerformanceValuePerStationCalculator.calculatePerformanceValue(MVAPopulation population, int numCustomers, int[] type)
double[]	PerformanceValuePerStationPerClassCalculator.calculatePerformanceValue(MVAPopulation population, int numCustomers, int clas, int[] type)
abstract double[]	PerformanceValuePerStationCalculator.computeForDelayStation(MVAPopulation population, int numCustomers, int station)
abstract double	PerformanceValuePerStationPerClassCalculator.computeForDelayStation(MVAPopulation population, int numCustomers, int station, int clas)
abstract double[]	PerformanceValuePerStationCalculator.computeForHOLStation(MVAPopulation population, int numCustomers, int station)
abstract double	PerformanceValuePerStationPerClassCalculator.computeForHOLStation(MVAPopulation population, int numCustomers, int station, int clas)
abstract double[]	PerformanceValuePerStationCalculator.computeForLDStation(MVAPopulation population, int numCustomers, int station)
abstract double	PerformanceValuePerStationPerClassCalculator.computeForLDStation(MVAPopulation population, int numCustomers, int station, int clas)
abstract double[]	PerformanceValuePerStationCalculator.computeForLIStation(MVAPopulation population, int numCustomers, int station)
abstract double	PerformanceValuePerStationPerClassCalculator.computeForLIStation(MVAPopulation population, int numCustomers, int station, int clas)
abstract double[]	PerformanceValuePerStationCalculator.computeForPRSStation(MVAPopulation population, int numCustomers, int station)
abstract double	PerformanceValuePerStationPerClassCalculator.computeForPRSStation(MVAPopulation population, int numCustomers, int station, int clas)
double	ThroughputCalculator.getClassThroughput(MVAPopulation population, int numCustomers, int clas)
double	BasePrioMVAUtilCalculator.getClosedUtilisation(MVAPopulation population, int numCustomers, int station, int clas)
double	UtilizationCalculator.getClosedUtilisation(MVAPopulation population, int numCustomers, int station, int clas)
double	PrioResidenceTimeHelper.getHigherAndEqualPriorityResidenceTime(MVAPopulation population, int station, int clas, int clasType)
double	PrioResidenceTimeHelper.getHigherPriorityResidenceTime(MVAPopulation population, int station, int clas, int clasType)
double	PrioResidenceTimeHelper.getLowerPriorityServerUsage(MVAPopulation population, int station, int clas, int clasType)
abstract double	BasePrioMVAUtilCalculator.getNonEmptyClosedUtilisation(MVAPopulation population, int numCustomers, int station, int clas)
double	InterpolatedPrioMVAUtilCalculator.getNonEmptyClosedUtilisation(MVAPopulation population, int numCustomers, int station, int clas)
double	PrioResidenceTimeHelper.getOneMinusHigherAndEqualUtil(MVAPopulation population, int numCustomers, int station, int clas, int clasType)
double	PrioResidenceTimeHelper.getOneMinusHigherUtil(MVAPopulation population, int numCustomers, int station, int clas, int clasType)
double	BasePrioMVAUtilCalculator.getOpenUtilisation(MVAPopulation population, int numCustomers, int station, int clas)	Returns the open utilisation.
double	UtilizationCalculator.getOpenUtilisation(MVAPopulation population, int numCustomers, int station, int clas)
double	QueueLengthCalculator.getQueueLengths(MVAPopulation population, int numCustomers, int station, int clas)

Constructor parameters in solvers.priority.prioMVACalculators with type arguments of type MVAPopulation

Modifier	Constructor	Description
	PrioResidenceTimeHelper(int[] opPriorities, int[] clPriorities, double[][][] opServTime, double[][][] clServTime, Map<MVAPopulation, double[][]> queueLengthMap, Map<MVAPopulation, double[][]> utilizationMap, UtilizationCalculator utilCalculator, double[][] opUtilization)

Uses of MVAPopulation in solvers.priority.prioMVACalculators.implementations

Methods in solvers.priority.prioMVACalculators.implementations with parameters of type MVAPopulation

Modifier and Type	Method	Description
double	PrioMVAClosedResidenceTimeCalculator.computeForDelayStation(MVAPopulation population, int numCustomers, int station, int clas)
double[]	PrioMVAOpenQueueLengthCalculator.computeForDelayStation(MVAPopulation population, int numCustomers, int station)
double	PrioMVAClosedResidenceTimeCalculator.computeForHOLStation(MVAPopulation population, int numCustomers, int station, int clas)
double[]	PrioMVAOpenQueueLengthCalculator.computeForHOLStation(MVAPopulation population, int numCustomers, int station)
double	PrioMVAClosedResidenceTimeCalculator.computeForLDStation(MVAPopulation population, int totCustomers, int station, int clas)
double[]	PrioMVAOpenQueueLengthCalculator.computeForLDStation(MVAPopulation population, int numCustomers, int station)
double	PrioMVAClosedResidenceTimeCalculator.computeForLIStation(MVAPopulation population, int numCustomers, int station, int clas)
double[]	PrioMVAOpenQueueLengthCalculator.computeForLIStation(MVAPopulation population, int numCustomers, int station)
double	PrioMVAClosedResidenceTimeCalculator.computeForPRSStation(MVAPopulation population, int numCustomers, int station, int clas)
double[]	PrioMVAOpenQueueLengthCalculator.computeForPRSStation(MVAPopulation population, int numCustomers, int station)
double	PrioMVAThroughputCalculator.getClassThroughput(MVAPopulation population, int numCustomers, int clas)
double	PrioMVAClosedQueueLengthCalculator.getQueueLengths(MVAPopulation population, int numCustomers, int station, int clClass)

Uses of MVAPopulation in solvers.priority.prioMVACalculators.implementations.utilisations

Methods in solvers.priority.prioMVACalculators.implementations.utilisations with parameters of type MVAPopulation

Modifier and Type	Method	Description
double	BKTPrioMVAUtilCalculator.getNonEmptyClosedUtilisation(MVAPopulation mvaPopulation, int numCustomers, int station, int clas)	$\rho_{i, cl}(\vn) = \rho_{i, cl}(\vn)$ Named after: Bryant, Krzesinski, and Teunissen
double	TPrioMVAUtilCalculator.getNonEmptyClosedUtilisation(MVAPopulation mvaPopulation, int numCustomers, int station, int clas)	$\rho_{i, cl}(\vn) = \rho_{i, cl}(\vn - \vOne_k)$ Named after: Teunissen