Applications of Queueing TheoryFluid approximations; Simple queueing systems; Stochastic models; Equilibrium distributions; Diffusion approximations; Time-dependent queues; Neglected subjects. |
Contents
Fluid approximations 22228 | 20 |
Simple queueing systems | 37 |
Stochastic models | 61 |
Copyright | |
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actual analysis apply arrival rate arrivals and departures assume average becomes behavior channel Chapter compared considered constant cost cumulative delay departure curve depend described discipline distribution function draw enter equal equation equilibrium equivalent estimate evaluate example expected facility Figure fluctuations fluid approximation given gives graph hand hour important increases independent integral interpretation interval least leave less literature mathematical mean measure methods nearly normal distribution number of arrivals number of customers observe obtained operation optimal parameters particular perhaps period physical Poisson possible practical priority probability problems properties quantity queue distribution queue length queueing theory random variables range reasonable relations represents satisfies scale sense served server service rate simple single situations solution specified stationary stochastic strategy sufficiently Suppose t₁ term traffic true typical unit usually vanishes variance wishes zero