International audiencefor structures which have intelligence in the instruments constituting the Safety Instrumented Systems (SIS) in order to determine the contribution of the intelligent instruments in the safety applications. Dynamic approach using Stochastic Petri Nets (SPN) is proposed and the metrics used for the evaluation of the dependability of the Intelligent Distributed Safety Instrumented Systems (IDSIS) refer to two modes of failures mentioned by the safety standards: mode of dangerous failure and mode of safe failure
As modern hardware and software systems are be-coming more complex and at the same time required to ...
Several versions of a benchmark on dynamic reliability taken from the literature are examined: each ...
International audienceThis paper deals with the modelling of Safety Instrumented System (SIS) in ord...
International audienceThis article deals with the assessment of Safety Instrumented Systems using in...
The incorporation of intelligent instruments in safety loops leads towards the concept of intelligen...
The incorporation of intelligent instruments in safety loops leads towards the concept of intelligen...
L'incorporation des instruments intelligents dans les boucles de sécurité nous mène vers une sécurit...
Safety Instrumented Systems (SIS) are designed to prevent and / or mitigate accidents, avoiding unde...
International audienceThe systems modelling and the assessment of their performances are the two key...
This paper shows how heterogeneous stochastic modelling techniques of increasing modelling power can...
Computer based systems, which are devoted to control critical functions, may incur in safety and dep...
Current methods in combining Petri net modeling with fault tree analysis for systems failure and saf...
International audienceDynamic reliability explicitly handles the interactions between the stochastic...
International audienceThis paper presents a stepwise approach for dependability modeling, based on G...
Dependability evaluation main objective is to assess the ability of a system to correctly function o...
As modern hardware and software systems are be-coming more complex and at the same time required to ...
Several versions of a benchmark on dynamic reliability taken from the literature are examined: each ...
International audienceThis paper deals with the modelling of Safety Instrumented System (SIS) in ord...
International audienceThis article deals with the assessment of Safety Instrumented Systems using in...
The incorporation of intelligent instruments in safety loops leads towards the concept of intelligen...
The incorporation of intelligent instruments in safety loops leads towards the concept of intelligen...
L'incorporation des instruments intelligents dans les boucles de sécurité nous mène vers une sécurit...
Safety Instrumented Systems (SIS) are designed to prevent and / or mitigate accidents, avoiding unde...
International audienceThe systems modelling and the assessment of their performances are the two key...
This paper shows how heterogeneous stochastic modelling techniques of increasing modelling power can...
Computer based systems, which are devoted to control critical functions, may incur in safety and dep...
Current methods in combining Petri net modeling with fault tree analysis for systems failure and saf...
International audienceDynamic reliability explicitly handles the interactions between the stochastic...
International audienceThis paper presents a stepwise approach for dependability modeling, based on G...
Dependability evaluation main objective is to assess the ability of a system to correctly function o...
As modern hardware and software systems are be-coming more complex and at the same time required to ...
Several versions of a benchmark on dynamic reliability taken from the literature are examined: each ...
International audienceThis paper deals with the modelling of Safety Instrumented System (SIS) in ord...