Package jline.examples.java.advanced

Class FCRegionExamples

java.lang.Object

jline.examples.java.advanced.FCRegionExamples

public class FCRegionExamples
extends Object

Examples demonstrating Finite Capacity Region (FCR) usage.

Constructor Summary

Constructors

Constructor	Description
FCRegionExamples()

Method Summary

Modifier and Type	Method	Description
static void	fcr_constraints()	Demonstrate FCR with multiple constraint types.
static void	fcr_lincon()	Demonstrate linear admission constraints with LDES solver.
static void	fcr_lossn()	Demonstrate loss network analysis with NC solver.
static void	fcr_mm1kdrop()	Compare FCR dropping with M/M/1/K.
static void	fcr_mm1waitq()	Compare FCR blocking with standard M/M/1.
static void	fcr_oqndrop()	Run the multiclass FCR dropping example.
static void	fcr_oqnwaitq()	Run the multiclass FCR blocking example.
static void	main(String[] args)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Details

FCRegionExamples

public FCRegionExamples()

Method Details

fcr_oqnwaitq

public static void fcr_oqnwaitq()

Run the multiclass FCR blocking example.

fcr_oqndrop

public static void fcr_oqndrop()

Run the multiclass FCR dropping example.

fcr_mm1waitq

public static void fcr_mm1waitq()

Compare FCR blocking with standard M/M/1. Demonstrates that FCR with blocking behaves identically to M/M/1.

fcr_mm1kdrop

public static void fcr_mm1kdrop()

Compare FCR dropping with M/M/1/K. Demonstrates that FCR with dropping behaves like M/M/1/K.

fcr_constraints

public static void fcr_constraints()

Demonstrate FCR with multiple constraint types.

fcr_lossn

public static void fcr_lossn()

Demonstrate loss network analysis with NC solver. NC solver uses Erlang fixed-point approximation for open loss networks with a single Delay inside an FCR with DROP policy.

fcr_lincon

public static void fcr_lincon()

Demonstrate linear admission constraints with LDES solver. Tests three cases: per-class only, global+per-class, and general weighted cross-class coupling.

main

public static void main(String[] args)