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A demand-interrupting device is any attachment to a computer which, when busy, blocks a processor that reqmres further service from it In this paper there is considered a system with a processor rendering two types of serwce, so as to be able to take advantage of enforced idle times, which is connected to one or two demand-interrupting devices that feed back the programs to the processor. The dlstrzbution of the holding time in the processor and the utilization figures for all the compo- nents are computed under several assumptmns on the distributions of the serwces performed by the demand interrupting devices and the delay-type service performed by the processor The principal processor serwce duration is assumed to be exponentially distributed throughout the dlscussmn.

A Processor in Series with Demand-Interrupting Devices—A Stochastic Model