Abstract: The computing of stochastic bounds has become an efficient technique to obtain performance predictions for computer systems by the mean of Markovian models. However, the quality of these bounds may be affected by several properties related not only to how to use the technique but also to the Markovian model itself. On the other hand, multiprocessor systems have become an efficient and widely used infrastructure to run several critical-life applications. In this paper, we describe how to calculate a stochastic bound for the multiprocessor system availability. We focus on the irreducibility of the model to show how it might influence the quality of bounds
In this paper we present a systematic approach for the construction of bounds for the average cost i...
International audienceIn this paper, we study the performability of telecommunication systems. Perfo...
Markov models are often used for performance modeling. However most models do not have closed form s...
A model of the behavior of multiprocessor systems consisting of processors, an interconnection netwo...
Performance prediction of checkpointing systems in the presence of failures is a well-studied resear...
Continuous-time Markov chains are commonly used for dependability modeling of repairable fault-toler...
Complex computer systems, from peer-to-peer networks to the spreading of computer virus epidemics, c...
When evaluating quantitative measures of complex systems using Markov models, a major drawback is th...
Point availability and expected interval availability are dependability measures respectively define...
International audienceWe study queueing networks similar to Jackson networks, modelled by a multidim...
Markov chains are one of the most popular models for the evaluation of performance and dependability...
Dans cette thèse, nous étudions les problèmes d'incertitudes dans les modèles probabilistes et tento...
End to end QoS of communication systems is essential for users but their performance evaluation is a...
In this paper we present a systematic approach to the construction of bounds for the average costs i...
Hardware systems are present in many fields of human activity. Markov models are sometimes used in h...
In this paper we present a systematic approach for the construction of bounds for the average cost i...
International audienceIn this paper, we study the performability of telecommunication systems. Perfo...
Markov models are often used for performance modeling. However most models do not have closed form s...
A model of the behavior of multiprocessor systems consisting of processors, an interconnection netwo...
Performance prediction of checkpointing systems in the presence of failures is a well-studied resear...
Continuous-time Markov chains are commonly used for dependability modeling of repairable fault-toler...
Complex computer systems, from peer-to-peer networks to the spreading of computer virus epidemics, c...
When evaluating quantitative measures of complex systems using Markov models, a major drawback is th...
Point availability and expected interval availability are dependability measures respectively define...
International audienceWe study queueing networks similar to Jackson networks, modelled by a multidim...
Markov chains are one of the most popular models for the evaluation of performance and dependability...
Dans cette thèse, nous étudions les problèmes d'incertitudes dans les modèles probabilistes et tento...
End to end QoS of communication systems is essential for users but their performance evaluation is a...
In this paper we present a systematic approach to the construction of bounds for the average costs i...
Hardware systems are present in many fields of human activity. Markov models are sometimes used in h...
In this paper we present a systematic approach for the construction of bounds for the average cost i...
International audienceIn this paper, we study the performability of telecommunication systems. Perfo...
Markov models are often used for performance modeling. However most models do not have closed form s...