Add to ORKGInternational audienceIn this paper is investigated the sensitivity of digital architectures dedicated to intelligent control with respect to transient errors caused by nuclear or space radiation. Fault injection experiments show the fault tolerance properties of two applications based on a fuzzy logic controller and an articificial neural network respectively. Main features of the associated hardware prototypes are summarized in this paper
The research is concerned with developing a new approach to enhancing fault tolerance of flight cont...
This paper develops a fault-tolerant attitude controller for next-generation nanosatellites. The pro...
Algorithms involving artificial intelligence (i.e. neural networks and fuzzy logics) have begun to s...
International audienceIn this paper is investigated the sensitivity of digital architectures dedicat...
ISBN 2-913329-19-5The so-called intelligent control techniques, such as Artificial Neural Networks a...
The intrinsic robustness of fuzzy control digital implementations with respect to Single Event Upset...
International audienceThe sensitivity of a circuit dedicated to fuzzy control (the WARP 2.0 from SGS...
Twenty-four experiments on-board a scientific satellite, successfully launched by Naval Research Lab...
International audienceTwenty-four experiments on-board a scientific satellite, successfully launched...
With the increasing complexity of treatments on satellite-borne and the utilisation of highly integr...
International audienceIn this paper are described the motivations and main features of a flight expe...
In this paper we investigate the robustness of Artificial Neural Networks when encountering transien...
This thesis is concerned with an industrial problem related to fault tolerance, on board satellites....
The principle of building fault-tolerant digital control systems for power supplies of space vehicle...
In recent years, thanks to the increase of the know-how on machine-learning techniques and the advan...
The research is concerned with developing a new approach to enhancing fault tolerance of flight cont...
This paper develops a fault-tolerant attitude controller for next-generation nanosatellites. The pro...
Algorithms involving artificial intelligence (i.e. neural networks and fuzzy logics) have begun to s...
International audienceIn this paper is investigated the sensitivity of digital architectures dedicat...
ISBN 2-913329-19-5The so-called intelligent control techniques, such as Artificial Neural Networks a...
The intrinsic robustness of fuzzy control digital implementations with respect to Single Event Upset...
International audienceThe sensitivity of a circuit dedicated to fuzzy control (the WARP 2.0 from SGS...
Twenty-four experiments on-board a scientific satellite, successfully launched by Naval Research Lab...
International audienceTwenty-four experiments on-board a scientific satellite, successfully launched...
With the increasing complexity of treatments on satellite-borne and the utilisation of highly integr...
International audienceIn this paper are described the motivations and main features of a flight expe...
In this paper we investigate the robustness of Artificial Neural Networks when encountering transien...
This thesis is concerned with an industrial problem related to fault tolerance, on board satellites....
The principle of building fault-tolerant digital control systems for power supplies of space vehicle...
In recent years, thanks to the increase of the know-how on machine-learning techniques and the advan...
The research is concerned with developing a new approach to enhancing fault tolerance of flight cont...
This paper develops a fault-tolerant attitude controller for next-generation nanosatellites. The pro...
Algorithms involving artificial intelligence (i.e. neural networks and fuzzy logics) have begun to s...