OPTIMAL SPLITTING OF RENEWAL INPUT PROCESS TO A QUEUEING SYSTEM AND ITS APPLICATION TO A NETWORK Masao Mori Tokyo Institute of Technology Hiroshi Shirakawa Tokyo Institute of Technology (Received July 22, 1987; Revised October 30, 1987) Suppose customers over fraction p should be allocated to a single server queueing system by splitting a given input stream. In this paper we fust show that the ...

This paper presents a queueing network model for common memory access contention and access contention to common data that cannot be referenced by more than one processor in a multiprocessor controlled switching system. The model takes into account the inter-dependence between these types of access contention, which is important for evaluating the performance of a single-bus multiprocessor syst...

Mainstream queueing models are frequently employed in modeling healthcare delivery in a number of settings, and further are used in making operational decisions for the same. The vast majority of these queueing models ignore the effects of delay experienced by a patient awaiting care. However, long delays may have adverse effects on patient outcomes and can potentially lead to longer lengths of...

This paper develops a queueing model for trajectorybased aircraft operations, expected to take place in the Next Generation Air Transportation System. Aircraft are assigned scheduled times of arrival at a server, which they meet with some normally distributed stochastic error. A recursive queueing model is formulated, and Clark's approximation method is employed to estimate each flight’s expect...

In an attempt to examine the effect of dependencies in the arrival process on the steady state queue length process in single server queueing models with exponential service time distribution, four different models for the arrival process, each with marginally distributed exponential interarrivals to the queueing system, are considered. Two of these models are based upon the upper and lower bou...