The paper presents the study of a two-stage infinite-server queueing system with feedback. The service time at each stage is given by an arbitrary distribution function. The method of limiting decomposition is used for the study. As a result of the research, stationary distributions of the number of customers at each stage of the system are found. The obtained analytical results are compared with the asymptotic ones which were obtained in previous papers. © Springer International Publishing AG 2017
The central model of this paper is anM/M/1 queue with a general probabilistic feedback mechanism. Wh...
In many modern computer-communication systems, a job may be processed in several phases, or a job ma...
The transient solution is obtained analytically using continued fractions for a state-dependent birt...
The paper presents the study of a two-stage infinite-server queueing system with feedback. The servi...
In this paper, we study the process generated by the customers which are serviced in a queueing syst...
A single server infinite capacity queuing system with Poisson arrival process along with Bernoulli f...
The paper investigates a multiserver queueing system with feedback and a computer used as an informa...
The transient solution is obtained analytically using continued fractions for a state-dependent birt...
Infinite-server queues are a widely used modelling tool thanks to their analytical tractability and ...
An examination is made of a queueing system M vertical G vertical 1 for which the intensity of servi...
Tandem of infinite-server queues with MMPP arrivals feedback at the second stage is considered. Serv...
A tandem of two queues with infinite number of servers is considered. Customers arrive at the first ...
We consider a tandem qucueing system consisting of two stations in serious. The first station is rep...
Abstract We study a system where a random ?ow of customers is served by servers (called agents) invi...
A novel two-station single-processing tandem queueing system with task splitting, feedback, and bloc...
The central model of this paper is anM/M/1 queue with a general probabilistic feedback mechanism. Wh...
In many modern computer-communication systems, a job may be processed in several phases, or a job ma...
The transient solution is obtained analytically using continued fractions for a state-dependent birt...
The paper presents the study of a two-stage infinite-server queueing system with feedback. The servi...
In this paper, we study the process generated by the customers which are serviced in a queueing syst...
A single server infinite capacity queuing system with Poisson arrival process along with Bernoulli f...
The paper investigates a multiserver queueing system with feedback and a computer used as an informa...
The transient solution is obtained analytically using continued fractions for a state-dependent birt...
Infinite-server queues are a widely used modelling tool thanks to their analytical tractability and ...
An examination is made of a queueing system M vertical G vertical 1 for which the intensity of servi...
Tandem of infinite-server queues with MMPP arrivals feedback at the second stage is considered. Serv...
A tandem of two queues with infinite number of servers is considered. Customers arrive at the first ...
We consider a tandem qucueing system consisting of two stations in serious. The first station is rep...
Abstract We study a system where a random ?ow of customers is served by servers (called agents) invi...
A novel two-station single-processing tandem queueing system with task splitting, feedback, and bloc...
The central model of this paper is anM/M/1 queue with a general probabilistic feedback mechanism. Wh...
In many modern computer-communication systems, a job may be processed in several phases, or a job ma...
The transient solution is obtained analytically using continued fractions for a state-dependent birt...