This paper collects a serie of examples and counterexamples encountered in the study of the algorithmics of Network Calculus operations. Network Calculus is a deterministic queuing theory which aims at providing bounds on the performances of communication networks thanks to a nice formalization in (min,+) algebra. Often presented as a (min,+) filtering theory by analogy with the (+,x) filtering of traditional system theory, it makes use a well-defined set of operations. Their algorithmic aspects have not been much addressed. For this reason, we describe and analyze in a previous report a set of algorithms implementing these Network Calculus operations for a well-chosen class of functions. During this work, we had to construct some examples ...
Networks can support Quality of Service (QoS) architectures for a wide variety of applications. The ...
We model some queuing systems arising in guaranteed ser-vice networks (such as RSVP/IP or ATM) as no...
De nos jours les avions ne peuvent se passer d'un important réseau embarqué pour faire communiquer l...
This paper collects a serie of examples and counterexamples encountered in the study of the algorith...
Network Calculus offers powerful tools to analyze the performances in communication networks, in par...
This document presents some results obtained in the field of network calculus, a theory based on the...
Network Calculus is a theory aiming at computing worst-case bounds on performances in communication ...
Network Calculus is a collection of results based on Min-Plus algebra, which applies to deterministi...
According to the theory of Network Calculus based on the (min,+) algebra, analysis and measure of wo...
The convolution operation used in deterministic network calculus differs from its counterpart known ...
Le Network Calculus est une théorie visant à calculer des bornes pire-cas sur les performances des r...
Discrete Event Dynamic Systems (DEDS) are systems whose state transitions are triggered by events th...
We investigate how to compute a (min,+) multi-dimensional convolution with application to the worst-...
We analyze some queueing problems arising in guaranteed service and controlled load networks using m...
Networks can support Quality of Service (QoS) architectures for a wide variety of applications. The ...
We model some queuing systems arising in guaranteed ser-vice networks (such as RSVP/IP or ATM) as no...
De nos jours les avions ne peuvent se passer d'un important réseau embarqué pour faire communiquer l...
This paper collects a serie of examples and counterexamples encountered in the study of the algorith...
Network Calculus offers powerful tools to analyze the performances in communication networks, in par...
This document presents some results obtained in the field of network calculus, a theory based on the...
Network Calculus is a theory aiming at computing worst-case bounds on performances in communication ...
Network Calculus is a collection of results based on Min-Plus algebra, which applies to deterministi...
According to the theory of Network Calculus based on the (min,+) algebra, analysis and measure of wo...
The convolution operation used in deterministic network calculus differs from its counterpart known ...
Le Network Calculus est une théorie visant à calculer des bornes pire-cas sur les performances des r...
Discrete Event Dynamic Systems (DEDS) are systems whose state transitions are triggered by events th...
We investigate how to compute a (min,+) multi-dimensional convolution with application to the worst-...
We analyze some queueing problems arising in guaranteed service and controlled load networks using m...
Networks can support Quality of Service (QoS) architectures for a wide variety of applications. The ...
We model some queuing systems arising in guaranteed ser-vice networks (such as RSVP/IP or ATM) as no...
De nos jours les avions ne peuvent se passer d'un important réseau embarqué pour faire communiquer l...