G. Stassinopoulos and E. Lembesis, "Application of a Multiagent CooperativeArchitec- ture to Process Control in the Ccmcnt Factor3, ," ARCHON Tech. Report 43, Atlas Elektronik, Bremen, Germauy, 1993.  Home/Search   Document Not in Database   Summary   Related Articles   Check

.... a corpus of inbuilt generic knowledge about cooperation and situation assessment in DAI systems [37, 43] These experiences have been augmented and reinforced by subsequent work using the full ARCHON system in the domains of electricity distribution management [75] and cement factory control [69]. One of the most time consuming and difficult activities when building the aforementioned multiagent systems was ensuring that the community acted in a coherent manner even when unplanned events occurred. Examples of such events and the types of problems they cause include: new information ....

G. Stassinopoulos and E. Lembessis, Application of a Multi-Agent Cooperative Architecture to Process Control in the Cement Factory, ARCHON Technical Report 43/3-93 (1993).

....production system with its own inference engine and local working memory. Communication between the modules is via message passing. The rules built into each problem solving module are generic and have been used to control cooperative activity in a broad class of industrial applications [14, 38, 39, 40]. The control module is the interface to the domain level system and is responsible for managing all interactions with it. The situation assessment module makes decisions which affect both of the other two modules. It decides which activities should be performed locally and which should be ....

G. Stassinopoulos and E. Lembessis, Application of a Multi-Agent Cooperative Architecture to Process Control in the Cement Factory, ARCHON Technical Report 43/3-93, 1993.

....framework (Wittig, 1992) which provides the context for this work, has been used to build cooperative, multiple agent applications in the domains of: electricity distribution management (Varga et al. 1994) electricity transportation management (Wittig, 1992, ch. 8) cement factory control (Stassinopoulos and Lembesis, 1993); flexible assembly robotic cells (Oliveira et al. 1991) and particle accelerator control (Jennings et al. 1993) Within the ARCHON framework each agent is composed of a number of functional components, one of which is responsible for coordination in a decentralised environment. During the ....

Stassinopoulos, G. & Lembessis, E., (1993). Application of a Multi-Agent Cooperative Architecture to Process Control in the Cement Factory, ARCHON Technical Report 43/ 3-93.

....the two real world operational applications to which this technology has thus far been applied. The ARCHON software and methodology have also been used in a number of other real world applications electricity distribution and supply (Cockburn and Jennings, 1995) control of a cement kiln complex (Stassinopoulos and Lembessis, 1993) and control of a flexible robotic cell (Oliveira and Ramos, 1993) however these are not in operational use within their respective host organisations at the time of writing. Although the ARCHON approach was influenced to a large extent by the need to incorporate pre existing industrial control ....

Stassinopoulos, G., and Lembesis, E. (1993), "Application of a Multi-Agent Cooperative Architecture to Process Control in the Cement Factory", ARCHON Technical Report 43, Atlas Elektronik, Bremen, Germany.

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G. Stassinopoulos and E. Lembesis, "Application of a Multiagent CooperativeArchitec- ture to Process Control in the Ccmcnt Factor3, ," ARCHON Tech. Report 43, Atlas Elektronik, Bremen, Germauy, 1993.

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