Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)Network calculus (NC) is a set of rules and results for computing bounds for performance parameters of communication systems, such as end-to-end delay, maximum backlog, and service curves. Previous works show that the problem of determining performance bounds of communication networks is simplified if modeled using the dioid algebra. In this paper, we propose a methodology that allows the treatment of NC problems in a modular basis in a time-varying context, i.e., when curves vary with time. From the proposed methodology, we extend some results of the literature and derive new results on NC. Among the obtained results, we introduce an alternative representation of service gu...
Abstract—Non-FIFO processing of flows by network nodes is not a rare phenomenon. Unfortunately, the ...
A fundamental problem for the delay and backlog analysis across multi-hop paths in wireless networks...
Modern networks have become increasingly complex over the past years in terms of control algorithms,...
Network Calculus is a theory aiming at computing worst-case bounds on performances in communication ...
This document presents some results obtained in the field of network calculus, a theory based on the...
Abstract—Network calculus has proven as a valuable and versatile methodology for worst-case analysis...
Le Network Calculus est une théorie visant à calculer des bornes pire-cas sur les performances des r...
The a priori determination of temporal behavior is an essential requirement on the design of distrib...
One inevitable trend of network development is to deliver information with various traffic character...
Network calculus is often used to prove delay bounds in deterministic networks, using arrival and se...
Resumo: Network Calculus (NC) é um conjunto de regras e resultados para calcular parâmetros de desem...
Discrete Event Dynamic Systems (DEDS) are systems whose state transitions are triggered by events th...
Network calculus is a mathematical theory dealing with queueing problems in packet-switched computer...
The ring networks guarantee a high availability level, while limiting cabling costs. However, their ...
Discrete Event Dynamic Systems (DEDS) are systems whose state transitions are triggered by events th...
Abstract—Non-FIFO processing of flows by network nodes is not a rare phenomenon. Unfortunately, the ...
A fundamental problem for the delay and backlog analysis across multi-hop paths in wireless networks...
Modern networks have become increasingly complex over the past years in terms of control algorithms,...
Network Calculus is a theory aiming at computing worst-case bounds on performances in communication ...
This document presents some results obtained in the field of network calculus, a theory based on the...
Abstract—Network calculus has proven as a valuable and versatile methodology for worst-case analysis...
Le Network Calculus est une théorie visant à calculer des bornes pire-cas sur les performances des r...
The a priori determination of temporal behavior is an essential requirement on the design of distrib...
One inevitable trend of network development is to deliver information with various traffic character...
Network calculus is often used to prove delay bounds in deterministic networks, using arrival and se...
Resumo: Network Calculus (NC) é um conjunto de regras e resultados para calcular parâmetros de desem...
Discrete Event Dynamic Systems (DEDS) are systems whose state transitions are triggered by events th...
Network calculus is a mathematical theory dealing with queueing problems in packet-switched computer...
The ring networks guarantee a high availability level, while limiting cabling costs. However, their ...
Discrete Event Dynamic Systems (DEDS) are systems whose state transitions are triggered by events th...
Abstract—Non-FIFO processing of flows by network nodes is not a rare phenomenon. Unfortunately, the ...
A fundamental problem for the delay and backlog analysis across multi-hop paths in wireless networks...
Modern networks have become increasingly complex over the past years in terms of control algorithms,...