“…Substitution of (1.14) and (1.9) into the right-hand side of (1.6) immediately gives the right-hand side of (1.12) and from (1. which is in agreement with the transition rates obtained in [2] and [6].…”
Section: Caiionical Form For the Open Networksupporting
confidence: 92%
“…This lemma provides a unique form for the transition rates already obtained in [2] and [6]. However, since it also determines the parameters of the time-dependent queueing network and also gives a transformation for the coefncients Ck(t) we have inserted it here.…”
Section: Caiionical Form For the Open Networkmentioning
In this paper it is shown that a necessary and sufficiënt condition for a Markovian queueing network to have transient product form is that all queues are infmite server queues.
“…Substitution of (1.14) and (1.9) into the right-hand side of (1.6) immediately gives the right-hand side of (1.12) and from (1. which is in agreement with the transition rates obtained in [2] and [6].…”
Section: Caiionical Form For the Open Networksupporting
confidence: 92%
“…This lemma provides a unique form for the transition rates already obtained in [2] and [6]. However, since it also determines the parameters of the time-dependent queueing network and also gives a transformation for the coefncients Ck(t) we have inserted it here.…”
Section: Caiionical Form For the Open Networkmentioning
In this paper it is shown that a necessary and sufficiënt condition for a Markovian queueing network to have transient product form is that all queues are infmite server queues.
“…Service disciplines are assumed to be defined as follows [12,13,21]. Let p denote a job position in node i queue, when there are n i jobs, 1≤p≤n i ,1≤i≤M.…”
Section: The Modelmentioning
confidence: 99%
“…According to this definition a service discipline is said symmetric [21] or station balancing [12] if it satisfies the following condition…”
“…[4], [6], [7], [8], [10], [11], [12], [14], [17], [20], [24]). Roughly speaking, the equivalence of both protocols thus appears to be related to insensitive product form results.…”
Non-exponential queueing networks with blocking are studied under two types of blocking protocols: the ‘stop' and the ‘repeat' protocol under which services are to be either stopped or repeated respectively upon blocking. The two protocols are shown to be stationary equivalent when the system satisfies a partial balance condition. This condition is related to product-form results. The results are illustrated by closed and open network applications with reversible and nonreversible routing.
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