nc Directory Reference

Directory dependency graph for nc:

Files
	nc_dispatch.h
	Port of solver_nc_analyzer.m, solver_ncld_analyzer.m and @@SolverNC/ncDispatch.m: one inner solve, choosing the analyzer that fits.
	nc_types.h
	Controls and result shape shared by the normalizing-constant analyzers.
	sn_pf_params.h
	Port of matlab/src/api/sn/sn_get_product_form_params.m: the CLASS-level product-form parameters.
	solver_nc.h
	Port of solver_nc.m: the load-INDEPENDENT normalizing-constant analyzer.
	solver_nc_busyp.h
	Port of @SolverNC/getAvgBusyPeriod.m and of the Python-native SolverNC.getAvgBusyPeriod: the mean busy period of order n for a set of stations, from pfqn_busyp (Daduna, J.
	solver_nc_cache.h
	Port of solver_nc_cache_analyzer.m: the NON-REENTRANT cache, a model that is exactly a Source, a Cache and a Sink.
	solver_nc_cacheqn.h
	Port of solver_nc_cacheqn_analyzer.m: the INTEGRATED caching-queueing network, where a Cache sits inside a queueing network rather than between a Source and a Sink.
	solver_nc_cacheqn_retrieval.h
	Port of solver_nc_cacheqn_retrieval_analyzer.m: a CLOSED integrated cache-queueing model whose Cache carries a delayed-hit retrieval system.
	solver_nc_cdf.h
	Port of @@SolverNC/getCdfRespT.m, and of its two aliases getSjrnT and sjrnT.
	solver_nc_conv.h
	Exact convolution analysis of a closed network with class-dependent service rates.
	solver_nc_dps.h
	Heavy-usage asymptotic analysis of the closed two-station network with one think (infinite-server) station and one discriminatory processor-sharing station, by the generating-function expansion of J.A.
	solver_nc_dt.h
	Exact normalizing-constant analysis of a discrete-time (slotted) model.
	solver_nc_lcfsqn.h
	The two-station LCFS + LCFS-PR closed network.
	solver_nc_lossn.h
	Port of solver_nc_lossn_analyzer.m: the open LOSS NETWORK, which is a Source, ONE multiclass Delay sitting inside a Finite Capacity Region under a DROP rule, and a Sink.
	solver_nc_mem.h
	Port of solver_nc_mem.m and solver_nc_mem_supports.m: the Maximum Entropy Method of Kouvatsos (1994).
	solver_nc_oi.h
	Order-independent (OI) and pass-and-swap (P&S) normalizing-constant analysis.
	solver_nc_prob.h
	The state-probability half of the SolverNC class surface: ports of solver_nc_marg.m, solver_nc_margaggr.m, solver_nc_joint.m, solver_nc_jointaggr.m and solver_nc_jointaggr_ld.m, with the five @@SolverNC/getProb* entry points on top of them.
	solver_nc_retrieval.h
	Port of solver_nc_retrieval_analyzer.m: the OPEN delayed-hit (retrieval-system) cache.
	solver_nc_runner.h
	The SolverNC class surface: @@SolverNC/runAnalyzer.m and the gates around it.
	solver_nc_sdr.h
	Exact product-form analysis under state-dependent routing.
	solver_nc_spn.h
	Stationary analysis of a PRODUCT-FORM stochastic Petri net by MDD-rec.
	solver_ncld.h
	Port of solver_ncld.m: the LOAD-DEPENDENT normalizing-constant analyzer.