Abstract—The Erlang loss model is one of the fundamental tools in queueing theory with many applications to communica-tions networks. For example, in a simple cellular voice network, the Erlang-B blocking formula is the traditional approach to model the proportion of time cellular base-stations are fully loaded in the busy hour. Such steady state results do not provide information on such important questions as: how likely is it that the blocking time in the busy hour exceeds some threshold. Hence we look in detail at the blocking time in the busy hour, or any finite period. We derive the exact distribution function and density as well as the moments and moment generating function of the blocking time, denoted X. In addition we derive the p...
In contrast to fixed networks there is a new type of traffic when mobile cellular networks are consi...
We consider the Erlang A model, or $M/M/m+M$ queue, with Poisson arrivals, exponential service times...
The Erlang loss formula, also known as the Erlang B formula, has been known for over a century and h...
Accurate air interface traffic forecasting and dimensioning is of importance in any cellular network...
Call-blocking probabilities are among the key performance measures in mobile communications networks...
We study the blocking probability in a continuous time loss queue, in which resources can be claimed...
This paper deals with the transient behavior of the Erlang loss model. After scaling both arrival ra...
The Erlang B formula represents the steady-state blocking probability in the Erlang loss model or M/...
When the boundary—the total number of servers—in an Erlang loss system is a function of time, custom...
Abstmct-We analyze a generalization of the classical Erlang loss model. Customers of several types c...
Networks of Erlang loss queues naturally arise when modelling finite communication systems without d...
International audienceThis paper focuses on a loss system in which both the arrival rate and the per...
Relay deployment in orthogonal frequency division multiple access (OFDMA) based cellular networks he...
The authors analyze a generalization of the classical Erlang loss model. Customers of several types ...
All in-text references underlined in blue are linked to publications on ResearchGate, letting you ac...
In contrast to fixed networks there is a new type of traffic when mobile cellular networks are consi...
We consider the Erlang A model, or $M/M/m+M$ queue, with Poisson arrivals, exponential service times...
The Erlang loss formula, also known as the Erlang B formula, has been known for over a century and h...
Accurate air interface traffic forecasting and dimensioning is of importance in any cellular network...
Call-blocking probabilities are among the key performance measures in mobile communications networks...
We study the blocking probability in a continuous time loss queue, in which resources can be claimed...
This paper deals with the transient behavior of the Erlang loss model. After scaling both arrival ra...
The Erlang B formula represents the steady-state blocking probability in the Erlang loss model or M/...
When the boundary—the total number of servers—in an Erlang loss system is a function of time, custom...
Abstmct-We analyze a generalization of the classical Erlang loss model. Customers of several types c...
Networks of Erlang loss queues naturally arise when modelling finite communication systems without d...
International audienceThis paper focuses on a loss system in which both the arrival rate and the per...
Relay deployment in orthogonal frequency division multiple access (OFDMA) based cellular networks he...
The authors analyze a generalization of the classical Erlang loss model. Customers of several types ...
All in-text references underlined in blue are linked to publications on ResearchGate, letting you ac...
In contrast to fixed networks there is a new type of traffic when mobile cellular networks are consi...
We consider the Erlang A model, or $M/M/m+M$ queue, with Poisson arrivals, exponential service times...
The Erlang loss formula, also known as the Erlang B formula, has been known for over a century and h...