Add to ORKGAbstract. This paper draws attention to the risk of rounding error in the numerical evaluation of steady-state probabilities for the M/M family of queues. A method for avoiding the risk is presented which is easy to program for calculation in practice
Abstract: Many problems in management science and telecommunications can be solved by the analysis o...
Queueing theory focuses on study waiting lines though the use of mathematical or queueing models. Q...
AbstractWe study the strong stability of a G/M/1 queueing system after perturbation of the service t...
This article proposes an analysis of the results of the application of hyperexponential approximatio...
In this paper we propose a method for calculating steady-state probability distributions of the sing...
Fundamental to assessing the behavior of queuing systems is the determination of state probabilities...
In this paper, we propose a method for calculating steady-state probabilities of the G/G/1/m and M/G...
AbstractA number of existing results describe the numerical calculation of the steady-state distribu...
Abstract. The formulas for calculating steady state results for the M/M/k queuing system are well kn...
AbstractKeane, Hooghiemstra and Van de Ree have proposed a new numerical method for calculating stat...
ABSTRACT: Two routing rules for a queuing system of two stations are considered as alternative model...
We calculate transient probabilities of an M/M/1 queue. These calculations are mainly for the cases ...
For years computer-based stochastic simulation has been a commonly used tool in the performance eval...
This paper considers methods for calculating the steady-state loss probability in the GI/G/2/0 queue...
A new approach is given to obtain the transient probabilities of the M/M/1 queueing system. A first ...
Abstract: Many problems in management science and telecommunications can be solved by the analysis o...
Queueing theory focuses on study waiting lines though the use of mathematical or queueing models. Q...
AbstractWe study the strong stability of a G/M/1 queueing system after perturbation of the service t...
This article proposes an analysis of the results of the application of hyperexponential approximatio...
In this paper we propose a method for calculating steady-state probability distributions of the sing...
Fundamental to assessing the behavior of queuing systems is the determination of state probabilities...
In this paper, we propose a method for calculating steady-state probabilities of the G/G/1/m and M/G...
AbstractA number of existing results describe the numerical calculation of the steady-state distribu...
Abstract. The formulas for calculating steady state results for the M/M/k queuing system are well kn...
AbstractKeane, Hooghiemstra and Van de Ree have proposed a new numerical method for calculating stat...
ABSTRACT: Two routing rules for a queuing system of two stations are considered as alternative model...
We calculate transient probabilities of an M/M/1 queue. These calculations are mainly for the cases ...
For years computer-based stochastic simulation has been a commonly used tool in the performance eval...
This paper considers methods for calculating the steady-state loss probability in the GI/G/2/0 queue...
A new approach is given to obtain the transient probabilities of the M/M/1 queueing system. A first ...
Abstract: Many problems in management science and telecommunications can be solved by the analysis o...
Queueing theory focuses on study waiting lines though the use of mathematical or queueing models. Q...
AbstractWe study the strong stability of a G/M/1 queueing system after perturbation of the service t...