Package jline.api.snc
Class Snc_env_poisson
java.lang.Object
jline.api.snc.Snc_env_poisson
MGF arrival envelope of a Poisson flow with unit-size jobs.
log E[exp(theta*A(0,t))] = lambda*t*(exp(theta)-1) exactly, so the
envelope is tight with a zero burst term:
rho(theta) = lambda*(exp(theta)-1)/theta.
Port of matlab/src/api/snc/snc_env_poisson.m.
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Method Summary
Modifier and TypeMethodDescriptionstatic SncEnvelopeof(double lambda) static double[]snc_env_poisson(double lambda, double theta)
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Method Details
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snc_env_poisson
public static double[] snc_env_poisson(double lambda, double theta) - Parameters:
lambda- arrival rate, jobs per slottheta- Chernoff parameter, theta > 0- Returns:
- {sigma, rho}, with sigma = 0
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of
- Parameters:
lambda- arrival rate, jobs per slot- Returns:
- the envelope as a function of theta
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