Chapter 10The aim of this chapter is to present dynamical systems evolving in continuous-time and perturbed by semi-Markov processes (SMP). We investigate both probabilistic modeling and statistical estimation of such models. This work was initially developed in order to study cracking problems for the confinement device in nuclear power plants, where a jump Markov process was used as the perturbing process. The new key element here is the use of SMPs instead of Markov ones for the randomization of the system. Several numerical illustrations in reliability are investigated, accompanied with guidelines for a practical numerical implementation
This chapter presents the reliability of discrete-time semi-Markov systems. After some basic definit...
Probabilistic model of a system composed of a main component, an emergency backup component and the ...
The characteristic level of degradation of a given structure is modeled through a stochastic process...
International audienceIn this paper, a general framework for the modelling of physical phenomena wit...
Semi-Markov Processes: Applications in System Reliability and Maintenance is a modern view of discre...
International audienceWe discuss the use of a continuous-time jump Markov process as the driving pro...
The paper is concerned with the application of perturbed semi-Markov (SM) processes in reliability p...
This master thesis deals with application of Markov processes in analysis of reli- ability of comple...
International audienceIn this paper, we use a particular piecewise deterministic Markov process (PDM...
We propose a state space model for electrical power systems made by independent semi-Markov componen...
We present three classical methods in the study of dynamic and stationary characteristic of processe...
The problem of time variant reliability analysis of existing structures subjected to stationary rand...
Abstract. Markovian models have been used for about a century now for the evaluation of the performa...
A semi-Markov stochastic process is used for solving in a reliability problem in the paper. The prob...
We study the evolution of a multi-component system which is modeled by a semi-Markov process. We gi...
This chapter presents the reliability of discrete-time semi-Markov systems. After some basic definit...
Probabilistic model of a system composed of a main component, an emergency backup component and the ...
The characteristic level of degradation of a given structure is modeled through a stochastic process...
International audienceIn this paper, a general framework for the modelling of physical phenomena wit...
Semi-Markov Processes: Applications in System Reliability and Maintenance is a modern view of discre...
International audienceWe discuss the use of a continuous-time jump Markov process as the driving pro...
The paper is concerned with the application of perturbed semi-Markov (SM) processes in reliability p...
This master thesis deals with application of Markov processes in analysis of reli- ability of comple...
International audienceIn this paper, we use a particular piecewise deterministic Markov process (PDM...
We propose a state space model for electrical power systems made by independent semi-Markov componen...
We present three classical methods in the study of dynamic and stationary characteristic of processe...
The problem of time variant reliability analysis of existing structures subjected to stationary rand...
Abstract. Markovian models have been used for about a century now for the evaluation of the performa...
A semi-Markov stochastic process is used for solving in a reliability problem in the paper. The prob...
We study the evolution of a multi-component system which is modeled by a semi-Markov process. We gi...
This chapter presents the reliability of discrete-time semi-Markov systems. After some basic definit...
Probabilistic model of a system composed of a main component, an emergency backup component and the ...
The characteristic level of degradation of a given structure is modeled through a stochastic process...