In this paper, we propose a method for online assessing the performance of a prognostic approach in situations of very poor knowledge on the degradation process. In particular, we deal with cases in which the entire degradation process, from the beginning of the operation until failure, has never been observed and, thus, the traditional offline performance metrics cannot be applied. The proposed method is applied on a prognostic approach based on a particle filter and optimized tuning kernel smoothing (PF-OTKS). Case studies regarding the degradation of turbine blade and aluminum electrolytic capacitor are considered
International audienceWe look at different prognostic approaches and the way of quantifying confiden...
International audienceThis paper presents a degradation-level assessment and failure prognostics met...
In this manuscript, contributions to the development of methods for on-line model-based prognosis ar...
In this paper, we propose a method for online assessing the performance of a prognostic approach in ...
International audienceIn practical industrial applications, different prognostic approaches can be u...
This paper proposes a system-level prognostic approach for power electronic systems with slow degrad...
In practical industrial applications, different prognostic approaches can be used depending on the i...
International audienceA system’s degradation behavior is often correlated with internal and external...
Gas turbine prognostics is a promising technology that is used in aircraft maintenance because of it...
Damage prognosis generally resorts to damage quantification functions and evolution models to quanti...
To fulfill the increasing demand on functionality and quality, modern engineering systems are usuall...
To fulfill the increasing demand on functionality and quality, modern engineering systems are usuall...
Components and systems in industrial processes undergo wear and degradation until they are either re...
Prognostics is an emerging science of predicting the health condition of a system and/or its compone...
The performance of gas turbines degrades over time and, as a consequence, a decrease in gas turbine ...
International audienceWe look at different prognostic approaches and the way of quantifying confiden...
International audienceThis paper presents a degradation-level assessment and failure prognostics met...
In this manuscript, contributions to the development of methods for on-line model-based prognosis ar...
In this paper, we propose a method for online assessing the performance of a prognostic approach in ...
International audienceIn practical industrial applications, different prognostic approaches can be u...
This paper proposes a system-level prognostic approach for power electronic systems with slow degrad...
In practical industrial applications, different prognostic approaches can be used depending on the i...
International audienceA system’s degradation behavior is often correlated with internal and external...
Gas turbine prognostics is a promising technology that is used in aircraft maintenance because of it...
Damage prognosis generally resorts to damage quantification functions and evolution models to quanti...
To fulfill the increasing demand on functionality and quality, modern engineering systems are usuall...
To fulfill the increasing demand on functionality and quality, modern engineering systems are usuall...
Components and systems in industrial processes undergo wear and degradation until they are either re...
Prognostics is an emerging science of predicting the health condition of a system and/or its compone...
The performance of gas turbines degrades over time and, as a consequence, a decrease in gas turbine ...
International audienceWe look at different prognostic approaches and the way of quantifying confiden...
International audienceThis paper presents a degradation-level assessment and failure prognostics met...
In this manuscript, contributions to the development of methods for on-line model-based prognosis ar...