Package jline.solvers.mam.handlers
Class Solver_mam_inap
java.lang.Object
jline.solvers.mam.handlers.Solver_mam_inap
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Method Summary
Modifier and TypeMethodDescriptionstatic INAPResultsolver_mam_inap(RCATModel rcat) static INAPResultsolver_mam_inap(RCATModel rcat, double tol, int maxiter) static INAPResultsolver_mam_inap(RCATModel rcat, double tol, int maxiter, int seed) static INAPResultsolver_mam_inap(RCATModel rcat, double tol, int maxiter, int seed, String method) static INAPResultsolver_mam_inapinf(RCATModel rcat, boolean[] isOpenProc, double tol, int maxiter) Matrix-geometric INAP ('inapinf'): the isolated OPEN components are solved directly on their infinite state space by a scalar matrix-geometric (QBD / catastrophe) decomposition -- the marginal is geometric pi_n = (1-rho) rho^n with rho the sub-unit root of the QBD characteristic equation, and any catastrophe drain to the empty state folds into the local outflow.
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Method Details
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solver_mam_inap
public static INAPResult solver_mam_inap(RCATModel rcat, double tol, int maxiter, int seed, String method) -
solver_mam_inap
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solver_mam_inap
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solver_mam_inap
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solver_mam_inapinf
public static INAPResult solver_mam_inapinf(RCATModel rcat, boolean[] isOpenProc, double tol, int maxiter) Matrix-geometric INAP ('inapinf'): the isolated OPEN components are solved directly on their infinite state space by a scalar matrix-geometric (QBD / catastrophe) decomposition -- the marginal is geometric pi_n = (1-rho) rho^n with rho the sub-unit root of the QBD characteristic equation, and any catastrophe drain to the empty state folds into the local outflow. Closed components remain finite. The reversed rate is updated by the weighted-mean formula Eq. (4) evaluated in closed form on the geometric tail, and the RCAT product-form residual (Remark 2) is returned. Mirrors solver_mam_ag.m (inap_inf). Reference: A. Marin, S. Rota Bulo, S. Balsamo, "A Numerical Algorithm for the Decomposition of Cooperating Structured Markov Processes", MASCOTS 2012.
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