## Computer Performance Modeling Handbook |

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### Contents

Mathematical Prerequisites | 13 |

Analytical Results for Queueing Models | 55 |

Generation Methods for Discrete Event Simulation | 223 |

Copyright | |

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### Common terms and phrases

algorithm analysis approximately arrival process arrival rate assume capacity functions capacity service centers central server model Chandy channel Chapter coefficient of variation computer performance computer system confidence interval consider continuous random variable Convolution decomposition defined denote discrete random variable discussion disk equal equations Example exponential random variable exponentially distributed FCFS follows from Eq Fx(t gamma Hence integer interarrival LBANC Little's formula mean queue lengths mean response memory method multiprogramming node normal random variable normalizing constant number of customers obtained output sequence percentile performance measures performance models point estimate Poisson process priority Prob probability density function probability distribution function processor product form networks product form solution queueing discipline queueing model queueing network models rejection-acceptance represented sample Sauer Section server fixed capacity service rate single server fixed statistically independent steady-state response subnetwork subsystem terminals transient uniform random number values variance waiting zero