We study multiclass queueing networks with the earliest-due-date, first-served (EDDFS) discipline. For these networks, the service priority of a customer is ...
We study multiclass queueing networks with the earliest-due-date, first-served (EDDFS) discipline. For these networks, the service priority of a customer is ...
In these lectures, we will study the evolution of such networks and address the question: When is a network stable? That is, when is the underlying Markov.
Keyphrases · Queueing Networks 100% · Earliest Due Date 100% · Time of Arrival 33% · Preemption 33% · Due Date 33% · Fluid Model 33% · Service Priority 33% · Multiclass ...
Abstract. We show stability of preemptive, strictly subcritical EDF net- works with Markovian routing. To this end, we prove that the associated.
Abstract. Usually, the stability of queueing networks is established by explicitly determining the invariant distribution. However, outside of the narrow ...
Missing: Date, | Show results with:Date,
We provide an example of a strictly subcritical multiclass queueing network which is unstable under the longest remaining time first (LRTF) service discipline.
Volume 39, issue 1 articles listing for Queueing Systems. ... Stability of Earliest-Due-Date, First-Served Queueing Networks. Maury Bramson.
Abstract. We study open multiclass queueing networks with renewal arrival streams and general service time distributions. Upon arrival to the.
A queueing network is said to be stable when the associated Markov process is positive recurrent. The heavy traffic limit of a sequence of queueing networks is ...