Package jline.api.nc

Class Me_oqn_blk

java.lang.Object

jline.api.nc.Me_oqn_blk

public final class Me_oqn_blk
extends Object

Field Summary

Fields

Modifier and Type	Field	Description
static final int	RULE_BAS	Drop rule marker: a blocked job is held in the upstream server.
static final int	RULE_LOSS	Drop rule marker: a blocked job is discarded.

Method Summary

Modifier and Type	Method	Description
static MeOqnBlkResult	me_oqn_blk(int M, Matrix lambda0, Matrix Ca0, Matrix mu, Matrix Cs, Matrix P, Matrix c, Matrix N, int[] blockrule)
static MeOqnBlkResult	me_oqn_blk(int M, Matrix lambda0, Matrix Ca0, Matrix mu, Matrix Cs, Matrix P, Matrix c, Matrix N, int[] blockrule, MeOqnOptions options, double damping)	Maximum Entropy algorithm for a single-class open network with finite buffers.

Methods inherited from class java.lang.Object

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

Field Details

RULE_LOSS

public static final int RULE_LOSS

Drop rule marker: a blocked job is discarded.

See Also:

• Constant Field Values

RULE_BAS

public static final int RULE_BAS

Drop rule marker: a blocked job is held in the upstream server.

See Also:

• Constant Field Values

Method Details

me_oqn_blk

public static MeOqnBlkResult me_oqn_blk(int M,
 Matrix lambda0,
 Matrix Ca0,
 Matrix mu,
 Matrix Cs,
 Matrix P,
 Matrix c,
 Matrix N,
 int[] blockrule)

me_oqn_blk

public static MeOqnBlkResult me_oqn_blk(int M,
 Matrix lambda0,
 Matrix Ca0,
 Matrix mu,
 Matrix Cs,
 Matrix P,
 Matrix c,
 Matrix N,
 int[] blockrule,
 MeOqnOptions options,
 double damping)

Maximum Entropy algorithm for a single-class open network with finite buffers.

Parameters:

M - number of stations

lambda0 - external arrival rates [M x 1]

Ca0 - external interarrival scvs [M x 1]

mu - service rates [M x 1]

Cs - service scvs [M x 1]

P - routing probabilities [M x M]; a row sum below one sends the residual flow out of the network

c - servers per station [M x 1], infinite marking an IS

N - buffer capacity per station [M x 1] in jobs, in service included, infinite marking an unbounded buffer

blockrule - policy at each finite buffer, RULE_LOSS or RULE_BAS

options - tolerance, iteration cap and verbosity

damping - relaxation weight applied to the blocking probabilities

Returns:

station metrics and the flow moments at the fixed point