This failure management prototype performs failure diagnosis and recovery management of hierarchical, distributed systems. The prototype, which evolved from a series of previous prototypes following a spiral model for development, focuses on two functions: (1) the diagnostic reasoner (DR) performs integrated failure diagnosis in distributed systems; and (2) the recovery expert (Rx) develops plans to recover from the failure. Issues related to expert system prototype design and the previous history of this prototype are discussed. The architecture of the current prototype is described in terms of the knowledge representation and functionality of its components
A major barrier in taking expert systems from prototype to operational status involves instilling en...
The complexity of space-based systems makes monitoring them and diagnosing their faults taxing for h...
The Integrated Status Assessment (ISA) prototype expert system performs system level fault diagnosis...
NASA is investigating the use of advanced automation to enhance crew productivity for Space Station ...
NASA is investigating the use of advanced automation to enhance crew productivity for Space Station ...
A system which will provide real-time failure management support to the Space Station Freedom progra...
Aprion knowledge of failure modes of a system is an indispensable information for design of robust d...
A Prolog-based prototype expert system is described that was implemented by the Network Operations B...
Fault management for an intelligent computational system must be developed using a top down integrat...
Failure detection, identification and recovery (FDIR) has been an important and necessary instrume...
Information on Recovery Recommendation System (RECORS) is given in viewgraph form. The system goal i...
In new product development processes the ramp-up phase is the most critical. For the first time the ...
Graduation date: 2010The increasing level of complexity in systems creates a growing challenge \ud f...
As an initial attempt to introduce expert system technology into an onboard environment, a model bas...
The objective of the research in this area of fault management is to develop and implement a decisio...
A major barrier in taking expert systems from prototype to operational status involves instilling en...
The complexity of space-based systems makes monitoring them and diagnosing their faults taxing for h...
The Integrated Status Assessment (ISA) prototype expert system performs system level fault diagnosis...
NASA is investigating the use of advanced automation to enhance crew productivity for Space Station ...
NASA is investigating the use of advanced automation to enhance crew productivity for Space Station ...
A system which will provide real-time failure management support to the Space Station Freedom progra...
Aprion knowledge of failure modes of a system is an indispensable information for design of robust d...
A Prolog-based prototype expert system is described that was implemented by the Network Operations B...
Fault management for an intelligent computational system must be developed using a top down integrat...
Failure detection, identification and recovery (FDIR) has been an important and necessary instrume...
Information on Recovery Recommendation System (RECORS) is given in viewgraph form. The system goal i...
In new product development processes the ramp-up phase is the most critical. For the first time the ...
Graduation date: 2010The increasing level of complexity in systems creates a growing challenge \ud f...
As an initial attempt to introduce expert system technology into an onboard environment, a model bas...
The objective of the research in this area of fault management is to develop and implement a decisio...
A major barrier in taking expert systems from prototype to operational status involves instilling en...
The complexity of space-based systems makes monitoring them and diagnosing their faults taxing for h...
The Integrated Status Assessment (ISA) prototype expert system performs system level fault diagnosis...