On the optimal control of loss probability and profit in a GI/C-BMSP/1/N queueing system

A non-zero correlation between service times can be encountered in many real queueing systems. An attractive model for correlated service times is the Markovian service process, because it offers powerful fitting capabilities combined with analytical tractability. In this paper, a transient study of the queue length in a model with MSP services and a general distribution of interarrival times is performed. In particular, two theorems are proven: one on the queue length distribution at a particular time t, where t can be arbitrarily small or large, and another on the mean queue length at t. In addition to the theorems, multiple numerical examples are provided. They illustrate the development over time of the mean queue length and the standard deviation, along with the complete distribution, depending on the service correlation strength, initial system conditions, and the interarrival time variance.

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On the optimal control of loss probability and profit in a GI/C-BMSP/1/N queueing system

Cited by 3 publications

References 29 publications

Analytical and Computational Investigation of the GI/D-BMSP/1 Queueing System

Analytical and Computational Investigation of the GI/D-BMSP/1 Queueing System

Modelling and Analysis of GI/BMSP/1 Queueing System

Transient GI/MSP/1/N Queue

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