Abstract
With the growth of large scale parallel and distributed computing systems, it has become very common to use teletype-writer and display terminals at remote nodes. A remote system model for sharing of information transmission facilities along with regular users in a resources sharing mode is presented. The large memory performance of a mini/microcomputer included in the model is analysed for synchronous transmission of teletypewriter and display terminals data, constant service times and single server interruption, through a first-order Markov process. The application of this model is illustrated by an example. Considering the significant importance of the given example in present and future systems, the large memory performance of the mini/microcomputer presented is studied in terms of average queueing delay. Some of the computed values are graphically portrayed and some are tabulated for the use of the large scale parallel and distributed computing systems designers.
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