Abstract
Finite buffer behavior of an asynchronous time division multiplexed (ATDM) channel is investigated. Mixed data comprising of single character and burst (String of characters) is asynchronously multiplexed in analog speech on the channel. A queueing model with limited buffer capacity, mixed input traffic (Poisson and burst Poisson arrivals), constant transmission rate (while serving) and server interruptions through a first order Markov process is studied for the purpose. Our results indicate that for a given traffic intensity, buffer behavior in this system lies between that for Poisson input arrivals and that for burst Poisson input arrivals. Therefore, the buffer should be designed for the pure burst Poisson arrivals as it may be treated as the worst case design for the pure Poisson and the mixed arrivals as well.
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