Queueing Analysis of Markovian State-Dependent Usage Parameter Control

概要

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In our prior work, we proposed a Markovian state-dependent Usage Parameter Control mechanism named Non-deterministic Policing Function(NDPF).Conceptually, unlike Leaky Bucket scheme, the NBPF exploits a non-fixed pattern depending on the state of the source and the counter value process for its counter decrement interval. We carried out the discrete time queueing analysis of the NDPF when the bursty source is the two-state on/off sources so called Interrupted Bernoulli Process. In this report, we extend our queueing analysis of the NDPF to the higher-dimensional sources so called Markov Modulated Bernoulli Process(MMBP).Because, firstly, two-state source do not capture essential traffic features for video. Secondly, higher-order model are concomitant with the need to design call admission in conjunction with UPC. Finally, even for on/off sources, there is considerable interest in the effects of variability of the on and off periods.
社団法人電子情報通信学会の論文
1996-09-18