Fuchs, J., Skarek, P., Varga, L. Z., Wildner-Malandain, E., (1992) "Distributed Cooperative Architecture for Accelerator Operation", Proc. 2nd Int. Workshop on Software Engineering, AI and Expert Systems for High Energy and Nuclear Physics, L'Agelonde, La-Londe-les-Maures. Home/Search Document Not in Database Summary Related Articles Check |
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Grate: A General Framework For Cooperative Problem.. - Jennings, Mamdani.. (1992) (6 citations) (Correct)
....systems GRATE: A General Framework for Cooperative Problem Solving 17 electricity transport management was used and our experiences will be described in this section. Recently GRATE has also been applied to cooperative diagnosis of a particle beam accelerator controller at the CERN laboratories [42]. These problems were chosen because contacts made within the ARCHON project afforded the opportunity to work on real world problems with all that involves, from a DAI point of view the applications are of appropriate complexity [43] and finally they are both typical of a large class of process ....
....constructed and applied to a real world problem in the field of electricity transport management. Further evidence to support the generality claim has emerged from preliminary investigations into applying GRATE to the domain of cooperative fault diagnosis for a particle accelerator beam controller [42]. The logical extension of GRATE is to present the application builder with a framework in which all the necessary control knowledge is inbuilt and all that has to be done is to instantiate each agent s self model. Community members would then be capable of automatically building up models of ....
FUCHS,J., SKAREK,P., VARGA,L., MALANDAIN,E.: "Distributed Cooperative Architecture for Accelerator Operation" in Second Int. Workshop on Software Engineering, Artificial Intelligence and Expert Systems for High Energy and Nuclear Physics, 1992.
Using ARCHON to develop real-world DAI.. - Jennings, Corera, .. (1996) (15 citations) Self-citation (Skarek Varga) (Correct)
....which enabled the legacy systems to be integrated. In this application the top down analysis was based on a task decomposition of the operator s job and on the principle of cooperating agents combining the individual and distributed problem solving subsystems to work together on a common goal (Fuchs et al. 1992). In the bottom up perspective, the currently existing systems were analysed and taking into account the available resources for development it was decided the best investment improvement ratio could be obtained by keeping their original size and making them cooperate. This analysis also revealed ....
Fuchs, J., Skarek, P., Varga, L. Z., Wildner-Malandain, E., (1992) "Distributed Cooperative Architecture for Accelerator Operation", Proc. 2nd Int. Workshop on Software Engineering, AI and Expert Systems for High Energy and Nuclear Physics, L'Agelonde, La-Londe-les-Maures.
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