A Scheduling Model of Isochronous Frame Generation on Self-similar Traffic of AOS Multiplexing

Yuntao Zhao, Lishi Liu


As the first layer of AOS multiplexing, the frame scheduling performance has a great effect on the efficiency of multiplexing. Traditional researches about the scheduling model mainly focus on the source packet arrival model of Poisson process. In this paper, an ON/OFF source arrival model and Pareto distribution of AOS multiplexing in self-similar service traffic is used to establish a isochronous frame-generated method through rigorous theoretical analysis, which results in a calculable formula of average packet delay and MPDU average multiplex efficiency. According to simulation of MATLAB, the simulation curve coincides with that of theory. The novel model contributes to the improvement of average packet delay and MPDU average multiplex efficiency on AOS.


AOS, multiplexing, self-similar, Pareto distribution

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International Journal of Online and Biomedical Engineering (iJOE) – eISSN: 2626-8493
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