Busy-period and blocking behavior of finite queues with state-dependent Markov renewal arrivals |
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Authors: | Fumiaki Machihara |
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Affiliation: | (1) NTT Laboratories, 3-9-11 Midori-cho, Musashino-shi, 180 Tokyo, Japan |
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Abstract: | The busy-period length distributions and blocking probabilities are considered for finiteG/G/1/K queues with state-dependent Markov renewal arrivals. The Laplace-Stieltjes transforms of the distributions and blocking probabilities are given for the non-preemptive and last-come-first-served preemptive resume (or repeat) service disciplines. For Erlangian (or deterministic) service times in particular, it is proved that the busy-period length (the number of blocked customers) for the non-preemptive discipline is smaller (larger) than for the preemptive resume discipline. |
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Keywords: | Busy-period first hitting time Markov renewal preemptive resume preemptive repeat non-preemptive stochastic ordering |
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