Add to ORKGWe consider a multiserver retrial queueing model with applications in service industries, in which customers arrive according to a Markovian arrival process (MAP). Any admitted customer either (a) gets service and leaves the system as a satisfied primary customer; or (b) gets service and becomes a secondary customer. The secondary customers leave the system either as satisfied or unsatisfied with their services. In this paper, we perform the steady state analysis of the model and also study the algorithmic aspects of this queueing model including an optimization problem
In this paper we study a queueing model in which the customers arrive according to a Markovian arriv...
In this paper, we consider a queuing model in which two types of customers, say, Types 1 and 2, arri...
In this paper we study a queueing model in which the customers arrive according to a Markovian arriv...
We consider a multiserver retrial queueing model with applications in service industries, in which c...
We consider a multiserver retrial queueing model with applications in service industries, in which c...
AbstractWe consider a multiserver retrial queueing model with applications in service industries, in...
AbstractWe consider a multiserver retrial queueing model with applications in service industries, in...
We study a multi-server queueing model in which arrivals occur according to a Markovian arrival proc...
We study a multi-server queueing model in which the arrivals occur according to a Markovian arrival ...
We consider a multi-server queueing system in which two types of customers arrive according to a Mar...
Abstract The paper studies a multiserver retrial queueing system with m servers. Arrival process is ...
We consider a multi-server retrial queueing model in which customers arrive according to a Markovian...
We consider a multi-server queueing model in which two types of arrivals occur. Regular customers ar...
We consider a multi-server queueing model in which two types of arrivals occur. Regular customers ar...
Multi-server retrial queueing system with heterogeneous servers is analyzed. Requests arrive to the ...
In this paper we study a queueing model in which the customers arrive according to a Markovian arriv...
In this paper, we consider a queuing model in which two types of customers, say, Types 1 and 2, arri...
In this paper we study a queueing model in which the customers arrive according to a Markovian arriv...
We consider a multiserver retrial queueing model with applications in service industries, in which c...
We consider a multiserver retrial queueing model with applications in service industries, in which c...
AbstractWe consider a multiserver retrial queueing model with applications in service industries, in...
AbstractWe consider a multiserver retrial queueing model with applications in service industries, in...
We study a multi-server queueing model in which arrivals occur according to a Markovian arrival proc...
We study a multi-server queueing model in which the arrivals occur according to a Markovian arrival ...
We consider a multi-server queueing system in which two types of customers arrive according to a Mar...
Abstract The paper studies a multiserver retrial queueing system with m servers. Arrival process is ...
We consider a multi-server retrial queueing model in which customers arrive according to a Markovian...
We consider a multi-server queueing model in which two types of arrivals occur. Regular customers ar...
We consider a multi-server queueing model in which two types of arrivals occur. Regular customers ar...
Multi-server retrial queueing system with heterogeneous servers is analyzed. Requests arrive to the ...
In this paper we study a queueing model in which the customers arrive according to a Markovian arriv...
In this paper, we consider a queuing model in which two types of customers, say, Types 1 and 2, arri...
In this paper we study a queueing model in which the customers arrive according to a Markovian arriv...