In this article, we derive a global scaling parameter for network multifractal traffic. Through this parameter and by relating the effective bandwidth concept to the statistical network calculus, we propose performance bounds for high-speed networks. Our performance bound estimation approach is evaluated by simulations with Internet and Ethernet traffic traces, verifying its efficiency in capturing byte loss probability and mean buffer occupation. The proposed byte loss probability bound was shown to be tighter than that given by the large deviations theory. © 2006 IEEE.181186Cruz, R.L., A calculus for network delay Part I:Network elements in isolation (1991) IEEE Trans. Information Theory, 37, pp. 114-131Cruz, R.L., A calculus for network ...
We present the results on the modelling and synthesis of broadband traffic processes namely ethernet...
In this paper we present a new multifractal approach for modern network traffic modeling. The propos...
In this paper we present a new multifractal approach for modern network traffic modeling. The propos...
In this article we propose a multifractal traffic model that is based on a multiplicative cascade wi...
Abstract—In literature, several studies have shown the presence of fractal nature in a wide variety ...
In this paper, we propose a new analytical expression for estimating byte loss probability at a sing...
In this paper, we propose an analytical expression for estimating byte loss probability at a single ...
We propose a multilevel (hierarchical) ON/OFF model to simultaneously capture the mono/multifractal ...
Recent extensive traffic analyses carried out over different network technologies have shown network...
Internet Protocol flows present high variability at small time scales as well as long range dependen...
A modelagem multifractal generaliza os modelos de tráfego existentes na literatura e se mostra aprop...
Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)In this paper, we present a novel admis...
Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)The authors investigate effective bandw...
The paper discusses actual task of ensuring the quality of services in information networks with fra...
In this paper, we present a traffic classifier based on the theory of multifractal network traffic. ...
We present the results on the modelling and synthesis of broadband traffic processes namely ethernet...
In this paper we present a new multifractal approach for modern network traffic modeling. The propos...
In this paper we present a new multifractal approach for modern network traffic modeling. The propos...
In this article we propose a multifractal traffic model that is based on a multiplicative cascade wi...
Abstract—In literature, several studies have shown the presence of fractal nature in a wide variety ...
In this paper, we propose a new analytical expression for estimating byte loss probability at a sing...
In this paper, we propose an analytical expression for estimating byte loss probability at a single ...
We propose a multilevel (hierarchical) ON/OFF model to simultaneously capture the mono/multifractal ...
Recent extensive traffic analyses carried out over different network technologies have shown network...
Internet Protocol flows present high variability at small time scales as well as long range dependen...
A modelagem multifractal generaliza os modelos de tráfego existentes na literatura e se mostra aprop...
Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)In this paper, we present a novel admis...
Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)The authors investigate effective bandw...
The paper discusses actual task of ensuring the quality of services in information networks with fra...
In this paper, we present a traffic classifier based on the theory of multifractal network traffic. ...
We present the results on the modelling and synthesis of broadband traffic processes namely ethernet...
In this paper we present a new multifractal approach for modern network traffic modeling. The propos...
In this paper we present a new multifractal approach for modern network traffic modeling. The propos...