Aprion knowledge of failure modes of a system is an indispensable information for design of robust decentralized hierarchical control schemes. In particular inclusion of system faults as part of the process under control provides greater flexibility for self diagnosis and maintenance of real-time systems. By assigning discrete states to the process under control, an artificial consciousness can be created within the controller which allows the controller to exercise selective actions for each given discrete state. This concept has been implemented to control the utility systems of the Space Station Laboratory Simulator
In case of computer control systems which require application of optimal control algorithms, it is r...
Two level system checkout in which first level satisfies continuous monitoring requirements and seco...
International audienceMost of the work that has been done to build reliable interactive systems has ...
A system which will provide real-time failure management support to the Space Station Freedom progra...
The dynamic nature of the Cargo Transfer Vehicle's (CTV) mission and the high level of autonomy requ...
Modern technological and safety‐critical systems rely on sophisticated control solutions to meet inc...
The contents include: 1) Fault Management dimensions; 2) Fault Management analysis; 3) Real-time Fau...
As exploration of our solar system and outerspace move into the future, spacecraft are being develop...
Control of on-orbit operation of a spacecraft requires retention and application of special purpose,...
The paper presents approach to modeling of rules for Real-Time Spacecraft’s Onboard Knowledge Base w...
International audienceIn model-based diagnosis (MBD), structural models can provide useful informati...
This paper addresses the problem of detecting and diagnosing faults in physical systems, for which s...
Fault Management is a critical aspect of deep-space missions. For the purposes of this paper, fault ...
Fault management for an intelligent computational system must be developed using a top down integrat...
A control system for autonomous distribution and control of electrical power during space missions i...
In case of computer control systems which require application of optimal control algorithms, it is r...
Two level system checkout in which first level satisfies continuous monitoring requirements and seco...
International audienceMost of the work that has been done to build reliable interactive systems has ...
A system which will provide real-time failure management support to the Space Station Freedom progra...
The dynamic nature of the Cargo Transfer Vehicle's (CTV) mission and the high level of autonomy requ...
Modern technological and safety‐critical systems rely on sophisticated control solutions to meet inc...
The contents include: 1) Fault Management dimensions; 2) Fault Management analysis; 3) Real-time Fau...
As exploration of our solar system and outerspace move into the future, spacecraft are being develop...
Control of on-orbit operation of a spacecraft requires retention and application of special purpose,...
The paper presents approach to modeling of rules for Real-Time Spacecraft’s Onboard Knowledge Base w...
International audienceIn model-based diagnosis (MBD), structural models can provide useful informati...
This paper addresses the problem of detecting and diagnosing faults in physical systems, for which s...
Fault Management is a critical aspect of deep-space missions. For the purposes of this paper, fault ...
Fault management for an intelligent computational system must be developed using a top down integrat...
A control system for autonomous distribution and control of electrical power during space missions i...
In case of computer control systems which require application of optimal control algorithms, it is r...
Two level system checkout in which first level satisfies continuous monitoring requirements and seco...
International audienceMost of the work that has been done to build reliable interactive systems has ...