International audienceThis paper presents the theoretical keystone for a decentralization of model-based diagnosis by proving the equivalence between decentralized and centralized residual generation. The proof is based on structural analysis and graph-theoretical concepts. The second contribution of this paper is the design of a decentralized fault-focused residual generation scheme advantageously implementing a strategy of fault isolation on request. Algorithms are tested on the attitude determination and control system of a low Earth orbit satellite
The objective of the International Diagnostic Competition is to provide a platform for eval-uating h...
The increasing complexity and size of cyber-physical systems (e.g., aircraft, manufacturing processe...
This paper presents the design and analysis of a methodology for detecting and isolating multiple se...
International audienceThis paper presents the theoretical keystone for a decentralization of model-b...
International audienceIn model-based diagnosis (MBD), structural models can provide useful informati...
This paper introduces a decentralized fault diagnosis and isolation (FDI) architecture for spacecraf...
The rapid continuous growth of communication networks in size, complexity and dependencies, makes th...
International audienceCentralized fault diagnosis architectures are sometimes prohibitive for large-...
International audienceHealth monitoring of current complex systems significantly impacts the total c...
This thesis focus is emphasized on the nonlinear fault diagnosis and recovery problems for both the ...
This paper deals with a decentralized faulttolerant control methodology based on an Active Fault Dia...
Diagnosis is the task to deduce, from observed variables of a system, if any component is faulty and...
This paper deals with a decentralized fault-tolerant control methodology based on an Active Fault Di...
© 2016 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
This paper provides preliminary results regarding the design of residual generators in order to rea...
The objective of the International Diagnostic Competition is to provide a platform for eval-uating h...
The increasing complexity and size of cyber-physical systems (e.g., aircraft, manufacturing processe...
This paper presents the design and analysis of a methodology for detecting and isolating multiple se...
International audienceThis paper presents the theoretical keystone for a decentralization of model-b...
International audienceIn model-based diagnosis (MBD), structural models can provide useful informati...
This paper introduces a decentralized fault diagnosis and isolation (FDI) architecture for spacecraf...
The rapid continuous growth of communication networks in size, complexity and dependencies, makes th...
International audienceCentralized fault diagnosis architectures are sometimes prohibitive for large-...
International audienceHealth monitoring of current complex systems significantly impacts the total c...
This thesis focus is emphasized on the nonlinear fault diagnosis and recovery problems for both the ...
This paper deals with a decentralized faulttolerant control methodology based on an Active Fault Dia...
Diagnosis is the task to deduce, from observed variables of a system, if any component is faulty and...
This paper deals with a decentralized fault-tolerant control methodology based on an Active Fault Di...
© 2016 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
This paper provides preliminary results regarding the design of residual generators in order to rea...
The objective of the International Diagnostic Competition is to provide a platform for eval-uating h...
The increasing complexity and size of cyber-physical systems (e.g., aircraft, manufacturing processe...
This paper presents the design and analysis of a methodology for detecting and isolating multiple se...