Package jline.api.npfqn

Class Npfqn_traffic_idc

java.lang.Object

jline.api.npfqn.Npfqn_traffic_idc

public final class Npfqn_traffic_idc
extends Object

Nested Class Summary

Nested Classes

Modifier and Type	Class	Description
static interface	Npfqn_traffic_idc.PerQueueIdc	Service-IDC handle whose per-queue evaluation time differs by queue.

Field Summary

Fields

Modifier and Type	Field	Description
IdcFunction	a0IdcFun
double[]	c2a
double[]	c2a0
Matrix	c2aij
Matrix	c2alpha
double[]	c2d
double[]	c2x
double[]	cs2
int	K
Matrix	lam_ji
double[]	lambda
double[]	lambda0
double[]	mu
Matrix	P
double[]	rho
Npfqn_traffic_idc.PerQueueIdc	sIdcFun
Matrix	Xi
Matrix[]	zetaAll

Method Summary

Modifier and Type	Method	Description
double[]	iaFun(double t)	Solve the time-dependent IDC equations (eq.
static Npfqn_traffic_idc	npfqn_traffic_idc(double[] lambda0, Matrix P, double[] c2a0, IdcFunction a0IdcFun, double[] mu, double[] cs2, Npfqn_traffic_idc.PerQueueIdc sIdcFun, boolean useAlpha, boolean useBeta)	Traffic variability equations for the RQNA.

Methods inherited from class java.lang.Object

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

Field Details

K

public int K

lambda0

public double[] lambda0

mu

public double[] mu

cs2

public double[] cs2

c2a0

public double[] c2a0

P

public Matrix P

Xi

public Matrix Xi

lambda

public double[] lambda

rho

public double[] rho

lam_ji

public Matrix lam_ji

c2alpha

public Matrix c2alpha

zetaAll

public Matrix[] zetaAll

c2a

public double[] c2a

c2aij

public Matrix c2aij

c2d

public double[] c2d

c2x

public double[] c2x

a0IdcFun

public IdcFunction a0IdcFun

sIdcFun

public Npfqn_traffic_idc.PerQueueIdc sIdcFun

Method Details

npfqn_traffic_idc

public static Npfqn_traffic_idc npfqn_traffic_idc(double[] lambda0,
 Matrix P,
 double[] c2a0,
 IdcFunction a0IdcFun,
 double[] mu,
 double[] cs2,
 Npfqn_traffic_idc.PerQueueIdc sIdcFun,
 boolean useAlpha,
 boolean useBeta)

Traffic variability equations for the RQNA.

Parameters:

lambda0 - external arrival rate into each queue (length K)

P - KxK routing matrix among queues

c2a0 - asymptotic IDC (SCV) of each external arrival process (length K)

a0IdcFun - external arrival IDC handle, a0IdcFun(t) -> length-K vector

mu - service rate at each queue (length K)

cs2 - service SCV at each queue (length K)

sIdcFun - service IDC handle, sIdcFun(t) -> length-K vector

useAlpha - include the alpha_{i,j} correction terms (eq. 34)

useBeta - include the beta_i correction terms (eqs. 38-39)

Returns:

populated context with a callable iaFun(t)

iaFun

public double[] iaFun(double t)

Solve the time-dependent IDC equations (eq. 43) at a single time t.

Parameters:

t - time argument

Returns:

length-K vector of total arrival IDCs I_{a,i}(t)