Uses of Enum
jline.lang.constant.SchedStrategy

Packages that use SchedStrategy

Package	Description
jline.api.pfqn.ld	Load-dependent Product Form Queueing Network algorithms.
jline.api.pfqn.mva	Mean Value Analysis algorithms for Product Form Queueing Networks.
jline.api.sn	Stochastic network analysis utilities.
jline.bench.cqn	Closed Queueing Network (CQN) benchmarks for solver performance evaluation.
jline.bench.fj	Fork-Join model benchmarks for parallel processing system evaluation.
jline.bench.mqn	Mixed Queueing Network (MQN) benchmarks.
jline.bench.oqn	Open Queueing Network (OQN) benchmarks.
jline.gen
jline.inference.api
jline.lang	Abstractions to declare basic elements of a model.
jline.lang.constant	This package contains constants used in the definition of queueing characteristics
jline.lang.layered	This package contains the classes used the specify LayeredNetwork objects
jline.lang.nodes	This package contains the classes used the specify Network objects
jline.solvers.auto	Automatic solver selection and configuration for queueing networks.

Uses of SchedStrategy in jline.api.pfqn.ld

Method parameters in jline.api.pfqn.ld with type arguments of type SchedStrategy

Modifier and Type	Method	Description
static Ret.pfqnAB	Pfqn_ab.pfqn_ab(Matrix D, Matrix N, Matrix S, List<SchedStrategy> sched)
static Ret.pfqnSchmidt	Pfqn_schmidt.pfqn_schmidt(Matrix D, Matrix N, Matrix S, List<SchedStrategy> sched)

Uses of SchedStrategy in jline.api.pfqn.mva

Methods in jline.api.pfqn.mva with parameters of type SchedStrategy

Modifier and Type	Method	Description
static Ret.pfqnAMVA	Pfqn_bs.pfqn_bs(Matrix L, Matrix N, Matrix Z, double tol, int maxiter, Matrix QN0, SchedStrategy[] type)
static Ret.pfqnAMVA	Pfqn_bs.pfqn_bs(Matrix L, Matrix N, Matrix Z, double tol, int maxiter, Matrix QN0, SchedStrategy[] type, Matrix weight)	Bard-Schweitzer approximate mean value analysis algorithm with optional weighted priorities.
static Ret.pfqnAMVAMS	Pfqn_conwayms.pfqn_conwayms(Matrix L, Matrix N, Matrix Z, int[] nservers, SchedStrategy[] type, double tol, int maxiter)
static Ret.LinearizerResult	Pfqn_conwayms.pfqn_conwayms_core(Matrix L, int M, int R, Matrix N_1, Matrix Z, int[] nservers, Matrix Q, Matrix P, Matrix PB, MatrixCell Delta, SchedStrategy[] type, double tol, int maxiter)
static Ret.LinearizerResult	Pfqn_conwayms.pfqn_conwayms_forwardmva(Matrix L, int M, int R, Matrix N_1, Matrix Z, int[] nservers, SchedStrategy[] type, MatrixCell Q_1, MatrixCell P_1, Matrix PB_1, Matrix T_1)
static Ret.pfqnAMVA	Pfqn_egflinearizer.pfqn_egflinearizer(Matrix L, Matrix N, Matrix Z, SchedStrategy[] type, double tol, int maxiter, Matrix alpha)
static Ret.pfqnAMVA	Pfqn_gflinearizer.pfqn_gflinearizer(Matrix L, Matrix N, Matrix Z, SchedStrategy[] type, double tol, int maxiter, double alpha)	General-form linearizer algorithm
static Ret.pfqnAMVA	Pfqn_linearizer.pfqn_linearizer(Matrix L, Matrix N, Matrix Z, SchedStrategy[] type)
static Ret.pfqnAMVA	Pfqn_linearizer.pfqn_linearizer(Matrix L, Matrix N, Matrix Z, SchedStrategy[] type, double tol)
static Ret.pfqnAMVA	Pfqn_linearizer.pfqn_linearizer(Matrix L, Matrix N, Matrix Z, SchedStrategy[] type, double tol, int maxiter)	Linearizer approximate mean value analysis algorithm
static Ret.pfqnAMVA	Pfqn_linearizermx.pfqn_linearizermx(Matrix lambda, Matrix L, Matrix N, Matrix Z, Matrix nservers, SchedStrategy[] type, double tol, int maxiter, String method)	Linearizer method for mixed models with multi-server stations.

Method parameters in jline.api.pfqn.mva with type arguments of type SchedStrategy

Modifier and Type	Method	Description
static Ret.pfqnAMVAMS	Pfqn_ab_amva.ab_amva(Matrix serviceTimes, Matrix N, Matrix V, Matrix nservers, List<SchedStrategy> schedStrategies, boolean fcfsSchmidt, String marginalProbMethod)
static Ret.pfqnAMVA	Pfqn_ab_amva.ab_linearizer(int K, int M, Matrix population, Matrix nservers, List<SchedStrategy> type, Matrix v, Matrix s, boolean fcfsSchmidt, String marginalProbMethod)
static Ret.pfqnAMVA	Pfqn_ab_amva.pfqn_ab_core(int K, int M, Matrix population, Matrix nservers, List<SchedStrategy> type, Matrix v, Matrix s, int maxiter, double[][][] D, Matrix lIn, boolean fcfsSchmidt, String marginalProbMethod)
static Ret.pfqnAMVAMS	Pfqn_linearizerms.pfqn_linearizerms(Matrix L, Matrix N, Matrix Z, Matrix nservers, List<SchedStrategy> type)
static Ret.pfqnAMVAMS	Pfqn_linearizerms.pfqn_linearizerms(Matrix L, Matrix N, Matrix Z, Matrix nservers, List<SchedStrategy> type, double tol, int maxiter)
static Ret.pfqnAMVASchmidt	Pfqn_schmidt_amva.pfqn_schmidt(Matrix rates, Matrix N, Matrix S, Matrix v, List<SchedStrategy> sched)
static Ret.pfqnAMVASchmidt	Pfqn_schmidt_amva.pfqn_schmidt_ext(Matrix rates, Matrix N, Matrix S, Matrix v, List<SchedStrategy> sched)

Uses of SchedStrategy in jline.api.sn

Methods in jline.api.sn with parameters of type SchedStrategy

Modifier and Type	Method	Description
static boolean	SnHasHomogeneousScheduling.snHasHomogeneousScheduling(NetworkStruct sn, SchedStrategy strategy)	Checks if the network uses an identical scheduling strategy at every station

Uses of SchedStrategy in jline.bench.cqn

Methods in jline.bench.cqn with parameters of type SchedStrategy

Modifier and Type	Method	Description
static Map<String,Object>	BenchCQNTemplate.runBenchmark(String benchmarkName, int iteration, int N1, int N2, int numServers, boolean highCV, boolean randomMapping, SchedStrategy sched)	Core benchmark implementation template with explicit scheduling strategy

Uses of SchedStrategy in jline.bench.fj

Methods in jline.bench.fj with parameters of type SchedStrategy

Modifier and Type	Method	Description
static Map<String,Object>	BenchFJ_Template.runBenchmark(String benchmarkName, int iteration, SchedStrategy sched, BenchFJ_Template.FJConfig config, boolean highCV, int population)	Core benchmark implementation

Uses of SchedStrategy in jline.bench.mqn

Methods in jline.bench.mqn with parameters of type SchedStrategy

Modifier and Type	Method	Description
static Map<String,Object>	BenchMQNTemplate.runBenchmark(String benchmarkName, int iteration, double openArrival, int closedPop, SchedStrategy sched)	Run a standard MQN benchmark (1 open + 1 closed class)
static Map<String,Object>	BenchMQNTemplate.runHighPopBenchmark(String benchmarkName, int iteration, double openArrival, int closedPop, SchedStrategy sched)	Run MQN benchmark with higher closed population
static Map<String,Object>	BenchMQNTemplate.runTandemBenchmark(String benchmarkName, int iteration, double openArrival, int closedPop, SchedStrategy sched)	Run a tandem MQN benchmark (longer chain)

Uses of SchedStrategy in jline.bench.oqn

Methods in jline.bench.oqn with parameters of type SchedStrategy

Modifier and Type	Method	Description
static Map<String,Object>	BenchOQNTemplate.runBenchmark(String benchmarkName, int iteration, double arrivalRate, SchedStrategy sched)	Run a single-class OQN benchmark
static Map<String,Object>	BenchOQNTemplate.runMulticlassBenchmark(String benchmarkName, int iteration, double arrivalRate1, double arrivalRate2, SchedStrategy sched)	Run a multiclass OQN benchmark
static Map<String,Object>	BenchOQNTemplate.runTandemBenchmark(String benchmarkName, int iteration, double arrivalRate, SchedStrategy sched)	Run a tandem OQN benchmark (longer chain)

Uses of SchedStrategy in jline.gen

Methods in jline.gen that return types with arguments of type SchedStrategy

Modifier and Type	Method	Description
Map<SchedStrategy,NetworkAvgTable>	Cluster.compareScheduling(Class<? extends NetworkSolver> solverClass, SchedStrategy... disciplines)	Solves the cluster under each provided scheduling discipline.
Map<SchedStrategy,NetworkAvgTable>	Cluster.compareScheduling(Function<Network,NetworkAvgTable> solverFactory, SchedStrategy... disciplines)	Solves the cluster under each provided scheduling discipline using a custom solver factory.

Methods in jline.gen with parameters of type SchedStrategy

Modifier and Type	Method	Description
Map<SchedStrategy,NetworkAvgTable>	Cluster.compareScheduling(Class<? extends NetworkSolver> solverClass, SchedStrategy... disciplines)	Solves the cluster under each provided scheduling discipline.
Map<SchedStrategy,NetworkAvgTable>	Cluster.compareScheduling(Function<Network,NetworkAvgTable> solverFactory, SchedStrategy... disciplines)	Solves the cluster under each provided scheduling discipline using a custom solver factory.
Cluster	Cluster.setScheduling(SchedStrategy s)	Sets the scheduling discipline used at every server.

Uses of SchedStrategy in jline.inference.api

Method parameters in jline.inference.api with type arguments of type SchedStrategy

Modifier and Type	Method	Description
static Network	Infer_quick_model.infer_quick_model(boolean open, List<SchedStrategy> stations, double[][] classes)
static Network	Infer_quick_model.infer_quick_model(boolean open, List<SchedStrategy> stations, double[][] classes, int[] servers, int[] jobs, double[][] routing)	Generate a simple queueing network based on given parameters.

Uses of SchedStrategy in jline.lang

Fields in jline.lang with type parameters of type SchedStrategy

Modifier and Type	Field	Description
Map<Station,SchedStrategy>	NetworkStruct.sched

Methods in jline.lang that return types with arguments of type SchedStrategy

Modifier and Type	Method	Description
Map<Station,SchedStrategy>	Network.getStationScheduling()

Methods in jline.lang with parameters of type SchedStrategy

Modifier and Type	Method	Description
static Network	Network.cluster(Matrix lambda, Matrix D, SchedStrategy[] strategy, Matrix S, RoutingStrategy dispatching)	Creates an open cluster network: Source -> Dispatcher (Router) -> Servers -> Sink.
static Network	Network.clusterClosed(Matrix N, Matrix Z, Matrix D, SchedStrategy[] strategy, Matrix S, RoutingStrategy dispatching)	Creates a closed cluster network: Think (Delay) -> Dispatcher (Router) -> Servers -> Think.
static Network	Network.cyclic(Matrix N, Matrix D, SchedStrategy[] strategy, Matrix S)	Creates a cyclic queueing network model with specified job populations, service demands, scheduling strategies, and server counts.
boolean	Network.hasHomogeneousScheduling(SchedStrategy strategy)
static Network	Network.tandem(Matrix lambda, Matrix D, SchedStrategy[] strategy, Matrix S)	Creates a tandem queueing network with specified arrival rates and service demands.

Uses of SchedStrategy in jline.lang.constant

Methods in jline.lang.constant that return SchedStrategy

Modifier and Type	Method	Description
static SchedStrategy	SchedStrategy.fromText(String string)	Converts a LINE string representation to a SchedStrategy enum value.
static SchedStrategy	SchedStrategy.valueOf(String name)	Returns the enum constant of this type with the specified name.
static SchedStrategy[]	SchedStrategy.values()	Returns an array containing the constants of this enum type, in the order they are declared.

Methods in jline.lang.constant with parameters of type SchedStrategy

Modifier and Type	Method	Description
static String	SchedStrategy.toFeature(SchedStrategy scheduling)	Converts a SchedStrategy enum value to a feature string for analysis.
static String	SchedStrategy.toText(SchedStrategy scheduling)	Converts a SchedStrategy enum value to its text representation.

Uses of SchedStrategy in jline.lang.layered

Fields in jline.lang.layered declared as SchedStrategy

Modifier and Type	Field	Description
protected SchedStrategy	Host.scheduling
protected SchedStrategy	Task.scheduling

Fields in jline.lang.layered with type parameters of type SchedStrategy

Modifier and Type	Field	Description
Map<Integer,SchedStrategy>	LayeredNetworkStruct.sched

Methods in jline.lang.layered that return SchedStrategy

Modifier and Type	Method	Description
SchedStrategy	Host.getScheduling()
SchedStrategy	Task.getScheduling()

Methods in jline.lang.layered with parameters of type SchedStrategy

Modifier and Type	Method	Description
void	Host.setScheduling(SchedStrategy scheduling)
void	Task.setScheduling(SchedStrategy scheduling)

Constructors in jline.lang.layered with parameters of type SchedStrategy

Modifier	Constructor	Description
	CacheTask(LayeredNetwork model, String name, int items, int[] itemLevelCap, ReplacementStrategy replacestrategy, int multiplicity, SchedStrategy scheduling)
	CacheTask(LayeredNetwork model, String name, int items, int[] itemLevelCap, ReplacementStrategy replacestrategy, int multiplicity, SchedStrategy scheduling, Distribution thinkTime)
	CacheTask(LayeredNetwork model, String name, int items, int itemLevelCap, ReplacementStrategy replacestrategy, int multiplicity, SchedStrategy scheduling)
	CacheTask(LayeredNetwork model, String name, int items, int itemLevelCap, ReplacementStrategy replacestrategy, int multiplicity, SchedStrategy scheduling, Distribution thinkTime)
	FunctionTask(LayeredNetwork model, String name, int multiplicity, SchedStrategy scheduling)	Deprecated. Constructor for FunctionTask.
	Host(LayeredNetwork model, String name, int multiplicity, SchedStrategy scheduling)
	Host(LayeredNetwork model, String name, int multiplicity, SchedStrategy scheduling, double quantum)
	Host(LayeredNetwork model, String name, int multiplicity, SchedStrategy scheduling, double quantum, double speedFactor)
	Processor(LayeredNetwork myLN, String name, int multiplicity, SchedStrategy scheduling)
	Processor(LayeredNetwork myLN, String name, int multiplicity, SchedStrategy scheduling, double quantum)
	Processor(LayeredNetwork myLN, String name, int multiplicity, SchedStrategy scheduling, double quantum, double speedFactor)
	Task(LayeredNetwork model, String name, int multiplicity, SchedStrategy scheduling)
	Task(LayeredNetwork model, String name, int multiplicity, SchedStrategy scheduling, Distribution thinkTime)

Uses of SchedStrategy in jline.lang.nodes

Fields in jline.lang.nodes declared as SchedStrategy

Modifier and Type	Field	Description
protected SchedStrategy	Cache.schedStrategy
protected SchedStrategy	ClassSwitch.schedStrategy
protected SchedStrategy	Router.schedStrategy
protected SchedStrategy	ServiceNode.schedStrategy
protected SchedStrategy	Sink.schedStrategy
protected SchedStrategy	Source.schedStrategy

Fields in jline.lang.nodes with type parameters of type SchedStrategy

Modifier and Type	Field	Description
protected HashMap<JobClass,SchedStrategy>	Place.schedStrategies

Methods in jline.lang.nodes that return SchedStrategy

Modifier and Type	Method	Description
SchedStrategy	Queue.getSchedStrategy()	Gets the scheduling strategy used by this queue.
SchedStrategy	Router.getSchedStrategy()	Gets the scheduling strategy used by this router.
SchedStrategy	ServiceNode.getSchedStrategy()
SchedStrategy	Source.getSchedStrategy()	Gets the scheduling strategy for this source node.
SchedStrategy	Station.getSchedStrategy()	Returns the scheduling strategy used by this station.

Methods in jline.lang.nodes with parameters of type SchedStrategy

Modifier and Type	Method	Description
void	Place.setSchedStrategy(JobClass jobClass, SchedStrategy strategy)
void	Cache.setScheduling(int jobClass, SchedStrategy strategy)	Sets the scheduling strategy for a job class.

Constructors in jline.lang.nodes with parameters of type SchedStrategy

Modifier	Constructor	Description
	Place(Network model, String name, SchedStrategy schedStrategy)
	Queue(Network model, String name, SchedStrategy schedStrategy)	Creates a new queueing station with the specified scheduling strategy.

Uses of SchedStrategy in jline.solvers.auto

Methods in jline.solvers.auto with parameters of type SchedStrategy

Modifier and Type	Method	Description
boolean	ModelAnalyzer.hasHomogeneousScheduling(SchedStrategy strategy)	Check if model has homogeneous scheduling (all stations use the given strategy)