Computer terminal memory performance in a resource sharing distributed supercomputing environment

摘要

Computer terminal memory performance in a resource sharing distributed supercomputing environment is analysed with Erlang arrivals, synchronous transmission and single server random interruptions through a Bernoulli sequence of independent random variables. A new method to derive a closed expression for data arrivals with Erlangly distributed interarrival times is presented. A simple and easy approach to derive the steady state probability expressions of the terminal memory content process is presented. The memory performance is studied in terms of overflow probability and average queueing delay. The results portrayed on graphs will provide an insight about system response time and performance to the system designers.