International audienceWe consider a markovian multiserver queue with a finite waiting line in which a customer may decide to leave and give up service if its waiting time in queue exceeds its random deadline. We focus on the performance measure in terms of the probability of being served under both transient and stationary regimes. We investigate monotonicity properties of first and second order of this performance with respect to the buffer size, say k. Under the stationary regime, we prove that our service level is strictly increasing and concave in k, whereas we prove under the transient regime that it is only increasing in k
Simple and computationally attractive lower and upper bounds are presented for the call congestion s...
Simple and computationally attractive lower and upper bounds are presented for the call congestion s...
Simple and computationally attractive lower and upper bounds are presented for the call congestion s...
International audienceWe consider a markovian multiserver queue with a finite waiting line in which ...
To appear in Probability in the Engineering and Informational SciencesWe consider a markovian multis...
To appear in Probability in the Engineering and Informational SciencesWe consider a markovian multis...
Reneging involves the phenomenon of customers joining a queuing system but departing without complet...
The main purpose of this work is to give a survey of main monotonicity properties of queueing proces...
Working paper. Ecole Centrale ParisWe consider a markovian multiserver queue with two classes of imp...
Working paper. Ecole Centrale ParisWe consider a markovian multiserver queue with two classes of imp...
The literature on queueing with reneging is reviewed. Only random (Poisson) arrivals and unlimited c...
Simple and computationally attractive lower and upper bounds are presented for the call congestion s...
We consider a multiserver queueing system with an infinite buffer and two types of customers. The fl...
Simple and computationally attractive lower and upper bounds are presented for the call congestion s...
Simple and computationally attractive lower and upper bounds are presented for the call congestion s...
Simple and computationally attractive lower and upper bounds are presented for the call congestion s...
Simple and computationally attractive lower and upper bounds are presented for the call congestion s...
Simple and computationally attractive lower and upper bounds are presented for the call congestion s...
International audienceWe consider a markovian multiserver queue with a finite waiting line in which ...
To appear in Probability in the Engineering and Informational SciencesWe consider a markovian multis...
To appear in Probability in the Engineering and Informational SciencesWe consider a markovian multis...
Reneging involves the phenomenon of customers joining a queuing system but departing without complet...
The main purpose of this work is to give a survey of main monotonicity properties of queueing proces...
Working paper. Ecole Centrale ParisWe consider a markovian multiserver queue with two classes of imp...
Working paper. Ecole Centrale ParisWe consider a markovian multiserver queue with two classes of imp...
The literature on queueing with reneging is reviewed. Only random (Poisson) arrivals and unlimited c...
Simple and computationally attractive lower and upper bounds are presented for the call congestion s...
We consider a multiserver queueing system with an infinite buffer and two types of customers. The fl...
Simple and computationally attractive lower and upper bounds are presented for the call congestion s...
Simple and computationally attractive lower and upper bounds are presented for the call congestion s...
Simple and computationally attractive lower and upper bounds are presented for the call congestion s...
Simple and computationally attractive lower and upper bounds are presented for the call congestion s...
Simple and computationally attractive lower and upper bounds are presented for the call congestion s...