In this contribution we investigate higher-order loss characteristics for M/G/1/N queueing systems. We focus on the lengths of the loss and non-loss periods as well as on the number of arrivals during these periods. For the analysis, we extend the Markovian state of the queueing system with the time and number of admitted arrivals since the instant where the last loss occurred. By combining transform and matrix techniques, expressions for the various moments of these loss characteristics are found. The approach also yields expressions for the loss probability and the conditional loss probability. Some numerical examples then illustrate our results
AbstractThis paper studies a multiple-server queueing model under the assumptions of renewal arrival...
This paper considers a queueing system with a finite buffer and multiple heterogeneous arrival strea...
This paper applies a matrix-analytical approach to analyze the temporal behavior of Markovian-modula...
In this contribution we investigate higher-order loss characteristics for M/G/1/N queueing systems. ...
In this contribution we investigate higher-order loss characteristics for M/G/1/N queueing systems. ...
This paper provides a detailed description of the packet dropping process connected with the buffer ...
The average loss probability is not sufficient to determine the effects of loss on the perceived qua...
[[abstract]]This paper applies matrix-analytic approach to the examination of the loss behavior of a...
[[abstract]]This paper applies a matrix-analytic approach to analyze both the long-term and the shor...
The queue-length distribution, the loss ratio, and the delay probability are QoS (Quality of Service...
Abstract: – The paper gives the answer to the question, whether calculating the cell loss ratio giv...
In modern packet-switched telecommunication systems, information (such as e-mail, sound, pictures) i...
The performance of networks and their ability to offer Quality of Service (QoS) depend on accurately...
We consider data losses in a single node of a packet- switched Internet-like network. We employ two ...
In this paper, we propose a new analytical expression for estimating byte loss probability at a sing...
AbstractThis paper studies a multiple-server queueing model under the assumptions of renewal arrival...
This paper considers a queueing system with a finite buffer and multiple heterogeneous arrival strea...
This paper applies a matrix-analytical approach to analyze the temporal behavior of Markovian-modula...
In this contribution we investigate higher-order loss characteristics for M/G/1/N queueing systems. ...
In this contribution we investigate higher-order loss characteristics for M/G/1/N queueing systems. ...
This paper provides a detailed description of the packet dropping process connected with the buffer ...
The average loss probability is not sufficient to determine the effects of loss on the perceived qua...
[[abstract]]This paper applies matrix-analytic approach to the examination of the loss behavior of a...
[[abstract]]This paper applies a matrix-analytic approach to analyze both the long-term and the shor...
The queue-length distribution, the loss ratio, and the delay probability are QoS (Quality of Service...
Abstract: – The paper gives the answer to the question, whether calculating the cell loss ratio giv...
In modern packet-switched telecommunication systems, information (such as e-mail, sound, pictures) i...
The performance of networks and their ability to offer Quality of Service (QoS) depend on accurately...
We consider data losses in a single node of a packet- switched Internet-like network. We employ two ...
In this paper, we propose a new analytical expression for estimating byte loss probability at a sing...
AbstractThis paper studies a multiple-server queueing model under the assumptions of renewal arrival...
This paper considers a queueing system with a finite buffer and multiple heterogeneous arrival strea...
This paper applies a matrix-analytical approach to analyze the temporal behavior of Markovian-modula...