Queues with interruption in random environment
A. Krishnamoorthy (),
S. Jaya () and
B. Lakshmy ()
Annals of Operations Research, 2015, vol. 233, issue 1, 219 pages
Abstract:
In this paper we discuss a queueing system with service interruption. The service gets interrupted due to different environmental factors. Here it is assumed that interruption due to only one factor is allowed at a time. Further we assume that while in interruption no other interruption befalls the system. Even though any number of interruptions can occur during the service of a customer, the maximum number of interruptions is restricted to a finite number K and if the number of interruptions exceeds the maximum, the customer leaves the system without completing service. The difference between the model under discussion and those considered earlier in literature is that the customer/server is unaware of the interruption until a random amount of time elapses from the moment interruption strikes. At the moment the interruption occurs, a random clock and a superclock start ticking. The interruption is identified only when the random clock is realized. The superclock measures the total interruption time during the service of a customer. On realization of superclock the customer goes out of the system without completing service. The kind of service to be started after the interruption depends on the environmental factor that caused the interruption. Here we first analyze the service process to find the response time and to compute the stability condition. The optimal values of K for a suitable cost function is investigated. Numerical investigations indicates the cost function as convex/increasing/decreasing in K. Copyright Springer Science+Business Media New York 2015
Keywords: Interruption; Environmental factor; Random clock; Super clock; Fixing time; 60K25 (search for similar items in EconPapers)
Date: 2015
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Citations: View citations in EconPapers (4)
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DOI: 10.1007/s10479-015-1931-4
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