International audienceThis paper considers the model of Time Petri Nets (TPNs) extended with time parameters and its use to perform on-line diagnosis of distributed systems. We propose to base the method on unfoldings. Given a partial observation, as a possibly structured set of actions, our method determines the causal relation between events in the model that explain the observation. It can also synthesize parametric constraints associated with these explanations. The method is implemented in the tool Romeo. We present its application to the diagnosis of the example of a cowshed with pigs
Monitoring real-time concurrent systems is a challenging task. In this paper we formulate (model-bas...
International audienceWe address the problem of unfolding safe parametric stopwatch time Petri nets ...
In truly asynchronous, distributed systems, neither global state nor global time are available. Auto...
International audienceThis paper considers the model of Time Petri Nets (TPNs) extended with time pa...
International audienceThis paper presents a method for the diagnosis of time patterns in time Petri ...
International audienceIn truly asynchronous, distributed systems, neither global state nor global ti...
Abstract. The problem of detecting and isolating fault events in dy-namic systems modeled as discret...
In this paper, we present a procedure for the state estimation and fault diagnosis of a labeled Time...
International audienceDiagnosis of concurrent and asynchronous systems, such as large telecommunicat...
This paper deals with the problem of distributed causal model-based diagnosis on interacting Behavio...
International audienceLarge distributed system inherently display concurrency, i.e. the fact that se...
This study proposes a fault diagnosis method of discrete event systems on the basis of a Petri net m...
Monitoring real-time concurrent systems is a challenging task. In this paper we formulate (model-bas...
International audienceWe address the problem of unfolding safe parametric stopwatch time Petri nets ...
In truly asynchronous, distributed systems, neither global state nor global time are available. Auto...
International audienceThis paper considers the model of Time Petri Nets (TPNs) extended with time pa...
International audienceThis paper presents a method for the diagnosis of time patterns in time Petri ...
International audienceIn truly asynchronous, distributed systems, neither global state nor global ti...
Abstract. The problem of detecting and isolating fault events in dy-namic systems modeled as discret...
In this paper, we present a procedure for the state estimation and fault diagnosis of a labeled Time...
International audienceDiagnosis of concurrent and asynchronous systems, such as large telecommunicat...
This paper deals with the problem of distributed causal model-based diagnosis on interacting Behavio...
International audienceLarge distributed system inherently display concurrency, i.e. the fact that se...
This study proposes a fault diagnosis method of discrete event systems on the basis of a Petri net m...
Monitoring real-time concurrent systems is a challenging task. In this paper we formulate (model-bas...
International audienceWe address the problem of unfolding safe parametric stopwatch time Petri nets ...
In truly asynchronous, distributed systems, neither global state nor global time are available. Auto...