Package jline.api.npfqn
Class Npfqn_sqd
java.lang.Object
jline.api.npfqn.Npfqn_sqd
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Nested Class Summary
Nested ClassesModifier and TypeClassDescriptionstatic enumSelects how downstream blocking is aggregated for a station.static enumSelects how the load-dependent rate scale V1 is updated across populations. -
Method Summary
Modifier and TypeMethodDescriptionstatic Ret.pfqnMVASolve a BAS closed network from its NetworkStruct using the default populationsn.nclosedjobsand default tuning (calibration mode 0, server blocking time on, downstream neighbor mode, compound V1 policy).static Ret.pfqnMVAnpfqn_sqd(NetworkStruct sn, int N) Solve a BAS closed network from its NetworkStruct for a given total population N.static Ret.pfqnMVAnpfqn_sqd(NetworkStruct sn, int N, int calibrationMode, boolean serverBlockingTime, Npfqn_sqd.NeighborMode neighborMode, Npfqn_sqd.V1Policy v1Policy, double[] initialV1) Solve a BAS closed network from its NetworkStruct.
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Method Details
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npfqn_sqd
Solve a BAS closed network from its NetworkStruct using the default populationsn.nclosedjobsand default tuning (calibration mode 0, server blocking time on, downstream neighbor mode, compound V1 policy). -
npfqn_sqd
Solve a BAS closed network from its NetworkStruct for a given total population N. -
npfqn_sqd
public static Ret.pfqnMVA npfqn_sqd(NetworkStruct sn, int N, int calibrationMode, boolean serverBlockingTime, Npfqn_sqd.NeighborMode neighborMode, Npfqn_sqd.V1Policy v1Policy, double[] initialV1) Solve a BAS closed network from its NetworkStruct.- Parameters:
sn- the chain-aggregated network structureN- total closed-class populationcalibrationMode- 0 = base (beta=K, gamma=1), 1 = fixed heuristic, 2 = blocking-aware (beta,gamma) calibrationserverBlockingTime- if true, add a manufacturing-blocking term to server timeneighborMode- downstream-routed vs own-server blocking aggregationv1Policy- compound vs fresh load-dependent rate-scale updateinitialV1- optional per-station initial V1 (null = INITIAL_V1)- Returns:
- per-station throughput X, queue length Q, utilization U, residence time R
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