The author considers the performance evaluation of an advanced capacity reservation system using the CCITT defined reserved call establishment mode. A simple model for the traffic process is introduced: calls are assumed to be offered uniformly to the reservation book. The state of the system can then be described statistically in terms of the population of various types of islands of free time slots. The limit where the length of the reservation book tends to infinity is, in particular, considered. For single-server systems with a deterministic holding time of one or two time slots, a closed-form solution is found. For a general holding time distribution, an asymptotic analytical solution is derived and corrections to this asymptotic solut...
Queuing systems with limited resources are widely applicable in the modelling and analysis of modern...
[[abstract]]In contrast to the conventional queueing system assuming a server can serve custom at a ...
Abstract- Many service systems are appointment-driven. In such systems, customers make an appointmen...
The author considers the performance evaluation of an advanced capacity reservation system using the...
Motivated by reservation-based multiple access protocols in satellite networks, we consider discrete...
In this paper a numerical analysis is presented, dealing with an advance reservation communication s...
Abstract—The aim of this article is to present a new analytical calculation method for the occupancy...
Reservation procedures constitute the core of many popular data transmission protocols. They consist...
Reservation procedures constitute the core of many popular data transmission protocols. They consist...
Abstract—The aim of this paper is to present a new analytical calculation method for the occupancy d...
We consider a MAP/PH/1-type queueing system with server vacations as a model that is useful for the ...
We study the capacity allocation problem for a service system that serves its customers with a deter...
This paper studies a single server queue with finite waiting room where the server takes vacations a...
This paper studies the optimal resource allocation in time-reservation systems. Customers arrive at ...
We analyze a Mx/G(a,b)/1 queueing system with fast and slow service rates and multiple vacations. Th...
Queuing systems with limited resources are widely applicable in the modelling and analysis of modern...
[[abstract]]In contrast to the conventional queueing system assuming a server can serve custom at a ...
Abstract- Many service systems are appointment-driven. In such systems, customers make an appointmen...
The author considers the performance evaluation of an advanced capacity reservation system using the...
Motivated by reservation-based multiple access protocols in satellite networks, we consider discrete...
In this paper a numerical analysis is presented, dealing with an advance reservation communication s...
Abstract—The aim of this article is to present a new analytical calculation method for the occupancy...
Reservation procedures constitute the core of many popular data transmission protocols. They consist...
Reservation procedures constitute the core of many popular data transmission protocols. They consist...
Abstract—The aim of this paper is to present a new analytical calculation method for the occupancy d...
We consider a MAP/PH/1-type queueing system with server vacations as a model that is useful for the ...
We study the capacity allocation problem for a service system that serves its customers with a deter...
This paper studies a single server queue with finite waiting room where the server takes vacations a...
This paper studies the optimal resource allocation in time-reservation systems. Customers arrive at ...
We analyze a Mx/G(a,b)/1 queueing system with fast and slow service rates and multiple vacations. Th...
Queuing systems with limited resources are widely applicable in the modelling and analysis of modern...
[[abstract]]In contrast to the conventional queueing system assuming a server can serve custom at a ...
Abstract- Many service systems are appointment-driven. In such systems, customers make an appointmen...