Package jline.solvers.ag.handlers

Class RCATModel

java.lang.Object

jline.solvers.ag.handlers.RCATModel

public final class RCATModel
extends Object

RCAT (Reversed Compound Agent Theorem) model representation. Every component is a QBD: NLEV levels of MPH phases each, the level being the queue length and the phase the pair (arrival phase, service phase). LEVEL gives the level index of every state, SVCRATE the service completion rate out of every state (zero on level 0, where no server runs) and SVCDOWN the same rate per phase at a busy level. With exponential processes MPH is 1 and the QBD is the scalar birth-death chain this analyzer built before.

Field Summary

Fields

Modifier and Type	Field	Description
final List<ActionInfo>	actionMap
final Matrix	AP
final int[][]	level
final int[]	mph
final int[]	N
final int[]	nlev
final Matrix	processMap
final Matrix[][]	R
final double[][]	svcdown
final double[][]	svcrate

Constructor Summary

Constructors

Constructor	Description
RCATModel(Matrix[][] R, Matrix AP, Matrix processMap, List<ActionInfo> actionMap, int[] N, int[] nlev, int[] mph, int[][] level, double[][] svcrate, double[][] svcdown)

Method Summary

Methods inherited from class java.lang.Object

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

Field Details

R

public final Matrix[][] R

AP

public final Matrix AP

processMap

public final Matrix processMap

actionMap

public final List<ActionInfo> actionMap

N

public final int[] N

nlev

public final int[] nlev

mph

public final int[] mph

level

public final int[][] level

svcrate

public final double[][] svcrate

svcdown

public final double[][] svcdown

Constructor Details

RCATModel

public RCATModel(Matrix[][] R,
 Matrix AP,
 Matrix processMap,
 List<ActionInfo> actionMap,
 int[] N,
 int[] nlev,
 int[] mph,
 int[][] level,
 double[][] svcrate,
 double[][] svcdown)