In this paper a study on the buffer overflow period in a finite-buffer queue is presented. A special attention is paid to the autocorrelation and batch arrivals, which are supposed to mimic the properties of real arrival processes. Using the batch Markovian arrival process, formulas for the duration of the first, subsequent and stationary overflow periods, as well as formulas for the distribution of the number of consecutive losses during the overflow period are shown. Moreover, analytical results are illustrated via numerical examples. In particular, the influence of the autocorrelation and batch arrivals on the duration of the overflow period is demonstrated
This paper deals with a renewal input finite-buffer single-server queue, where the arrivals occur in...
This paper deals with a batch arrival infinite-buffer single server queue. The interbatch arrival ti...
In this paper, we consider a finite capacity c-server queuing model in which customers arrive accord...
In this paper a study on the buffer overflow period in a finite-buffer queue is presented. A special...
This paper studies an important aspect of queueing theory, autocorrelation properties of system proc...
This paper analyzes a finite-buffer queueing system, where customers arrive in batches and the accep...
The buffer overflow period in a queue withMarkovian arrival process (MAP) and general service time d...
Numerous studies demonstrate that correlation in the arrival process might have a significant influe...
We study congestion periods in a finite fluid buffer when the net inputrate depends upon a recurrent...
We study congestion periods in a finite fluid buffer when the net inputrate depends upon a recurrent...
We study congestion periods in a finite fluid buffer when the net inputrate depends upon a recurrent...
Consider a discrete time queue with i.i.d. arrivals (see the generalisation below) and a single serv...
Discrete-time queueing models find a large number of applications as they are used in modeling queue...
In this thesis a queue with infinitely many states, compound Poisson arrivals, bulk service, and bat...
In this thesis a queue with infinitely many states, compound Poisson arrivals, bulk service, and bat...
This paper deals with a renewal input finite-buffer single-server queue, where the arrivals occur in...
This paper deals with a batch arrival infinite-buffer single server queue. The interbatch arrival ti...
In this paper, we consider a finite capacity c-server queuing model in which customers arrive accord...
In this paper a study on the buffer overflow period in a finite-buffer queue is presented. A special...
This paper studies an important aspect of queueing theory, autocorrelation properties of system proc...
This paper analyzes a finite-buffer queueing system, where customers arrive in batches and the accep...
The buffer overflow period in a queue withMarkovian arrival process (MAP) and general service time d...
Numerous studies demonstrate that correlation in the arrival process might have a significant influe...
We study congestion periods in a finite fluid buffer when the net inputrate depends upon a recurrent...
We study congestion periods in a finite fluid buffer when the net inputrate depends upon a recurrent...
We study congestion periods in a finite fluid buffer when the net inputrate depends upon a recurrent...
Consider a discrete time queue with i.i.d. arrivals (see the generalisation below) and a single serv...
Discrete-time queueing models find a large number of applications as they are used in modeling queue...
In this thesis a queue with infinitely many states, compound Poisson arrivals, bulk service, and bat...
In this thesis a queue with infinitely many states, compound Poisson arrivals, bulk service, and bat...
This paper deals with a renewal input finite-buffer single-server queue, where the arrivals occur in...
This paper deals with a batch arrival infinite-buffer single server queue. The interbatch arrival ti...
In this paper, we consider a finite capacity c-server queuing model in which customers arrive accord...