This note deals with the evaluation of blocking probabilities in a finite capacity multiseveer queue with non-preemptive priorities. Results obtained in Kapadia, Kazmi and Mitchell are simplified and extended
A single server queueing system with two customers flows, separated buffers of limited capacities, a...
A single-server non-pre-emptive priority queueing system of a finite capacity with many types of cus...
This paper considers a novel queueing model called the Multi·PriO\·it~· f),ual Que~ae (MPDQ). which ...
This note deals with the evaluation of blocking probabilities in a finite capacity multiseveer queue...
This paper deals with the evaluation of blocking probabilities in a finite capacity non-preemptive p...
We consider a multi‐server queuing model with two priority classes that consist of multiple customer...
Abstract—Infinite capacity queues are often used as approx-imation for their finite real-world count...
Hokstad recently published an approximate method for calculating the behaviour of an M/G/m queue. Th...
Priority queues have been studied extensively throughout the last few decades. One of the main perfo...
A single server queueing model with two types of arrivals is discussed under the assumptions of Pois...
this paper, we propose a new technique for estimating the performance of queueing networks with buff...
Asymptotics are a major domain of interest in stochastic modelling as low-probability events are har...
The non-preemptive priority queueing with a finite buffer is considered. We introduce a randomized p...
Analysis of priority multiserver queues is known to be a difficult problem. In this paper, a priorit...
We consider a queue with finite buffer where the buffer size limits the amount of work that can be s...
A single server queueing system with two customers flows, separated buffers of limited capacities, a...
A single-server non-pre-emptive priority queueing system of a finite capacity with many types of cus...
This paper considers a novel queueing model called the Multi·PriO\·it~· f),ual Que~ae (MPDQ). which ...
This note deals with the evaluation of blocking probabilities in a finite capacity multiseveer queue...
This paper deals with the evaluation of blocking probabilities in a finite capacity non-preemptive p...
We consider a multi‐server queuing model with two priority classes that consist of multiple customer...
Abstract—Infinite capacity queues are often used as approx-imation for their finite real-world count...
Hokstad recently published an approximate method for calculating the behaviour of an M/G/m queue. Th...
Priority queues have been studied extensively throughout the last few decades. One of the main perfo...
A single server queueing model with two types of arrivals is discussed under the assumptions of Pois...
this paper, we propose a new technique for estimating the performance of queueing networks with buff...
Asymptotics are a major domain of interest in stochastic modelling as low-probability events are har...
The non-preemptive priority queueing with a finite buffer is considered. We introduce a randomized p...
Analysis of priority multiserver queues is known to be a difficult problem. In this paper, a priorit...
We consider a queue with finite buffer where the buffer size limits the amount of work that can be s...
A single server queueing system with two customers flows, separated buffers of limited capacities, a...
A single-server non-pre-emptive priority queueing system of a finite capacity with many types of cus...
This paper considers a novel queueing model called the Multi·PriO\·it~· f),ual Que~ae (MPDQ). which ...
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