Abstract. We investigate a processor sharing queue with renewal arrivals and generally distributed service times. Impatient jobs may abandon the queue, or renege, before completing service. The random time representing a job’s patience has a general distribution and may be dependent on its initial service time requirement. A scaling procedure that gives rise to a fluid model with nontrivial yet tractable steady state behavior is presented. This fluid model model captures many essential features of the underlying stochastic model
This second version improves the presentation of results in Section 3 and in Appendix C.Consider a s...
Consider a single server queue with renewal arrivals and i.i.d. service times in which the server op...
Consider a single server queue with renewal arrivals and i.i.d. service times in which the server op...
We investigate a processor sharing queue with renewal arrivals and generally distributed service tim...
We investigate an overloaded processor sharing queue with renewal arrivals and generally distributed...
We investigate an overloaded processor sharing queue with renewal arrivals and generally distributed...
We investigate an overloaded processor sharing queue with renewal arrivals and generally distributed...
We investigate an overloaded processor sharing queue with renewal arrivals and generally distributed...
We investigate an overloaded processor sharing queue with renewal arrivals and generally distributed...
We investigate an overloaded processor sharing queue with renewal arrivals and generally distributed...
We investigate a processor sharing queue with renewal arrivals and generally distributed service tim...
We investigate an overloaded processor sharing queue with renewal arrivals and generally distributed...
We investigate an overloaded processor sharing queue with renewal arrivals and generally distributed...
Consider a single server queue with renewal arrivals and i.i.d. service times in which the server op...
This second version improves the presentation of results in Section 3 and in Appendix C.Consider a s...
This second version improves the presentation of results in Section 3 and in Appendix C.Consider a s...
Consider a single server queue with renewal arrivals and i.i.d. service times in which the server op...
Consider a single server queue with renewal arrivals and i.i.d. service times in which the server op...
We investigate a processor sharing queue with renewal arrivals and generally distributed service tim...
We investigate an overloaded processor sharing queue with renewal arrivals and generally distributed...
We investigate an overloaded processor sharing queue with renewal arrivals and generally distributed...
We investigate an overloaded processor sharing queue with renewal arrivals and generally distributed...
We investigate an overloaded processor sharing queue with renewal arrivals and generally distributed...
We investigate an overloaded processor sharing queue with renewal arrivals and generally distributed...
We investigate an overloaded processor sharing queue with renewal arrivals and generally distributed...
We investigate a processor sharing queue with renewal arrivals and generally distributed service tim...
We investigate an overloaded processor sharing queue with renewal arrivals and generally distributed...
We investigate an overloaded processor sharing queue with renewal arrivals and generally distributed...
Consider a single server queue with renewal arrivals and i.i.d. service times in which the server op...
This second version improves the presentation of results in Section 3 and in Appendix C.Consider a s...
This second version improves the presentation of results in Section 3 and in Appendix C.Consider a s...
Consider a single server queue with renewal arrivals and i.i.d. service times in which the server op...
Consider a single server queue with renewal arrivals and i.i.d. service times in which the server op...