CONSTRUCT

Telesupport for cooperative work


knowledge medium

The first generation of expert systems focused on supporting a single user while working on a very specific task. More recently there has been a trend towards emphasising the cooperation between multiple users which have a variety of tasks. This is leading to a realisation of the concept of a knowledge medium (Gruber,1994) or community memory (Steels, 1976).

An example of such an application is the cooperation between different engineers involved in the production of integrated circuits (Pan et.al.,1989). Each engineer has a specific competence, such as maintenance of the facilities, design of circuits, design of production, diagnosis, handling of materials, financial aspects, etc. They all cooperate through their own dedicated interfaces enhanced with expert systems technology. But there are also various mechanisms for exchanging specifications, mutual warning of difficulties, etc. Similar applications have been proposed for mechanical engineering and for the monitoring and diagnosis of complex technical equipment. (Garcia,1995).

Distributed measuring networks in which data are taken from sensors and are to be interpreted is another application where software agents could provide a layer for the presentation of results to users, the transportation over networks, the enhancement of intelligent functions, etc.

software agents

The concept of software agents is proving to be an important technical means by which a knowledge medium can be established and various experiments have already been reported in the literature (Gruber,1994). The role of software agents is to support the tele-aspects, ensure that widely diverging underlying platforms and applications can nevertheless work together, etc. Go to our page on KresT agents.

earlier work in Construct

The application area of cooperative tele-work fits strongly with some of the applications already considered in the first phase of the CONSTRUCT project, for instance the coordination of the various VLSI design tasks. Rather than emphasising the use by a single expert of knowledge engineering technology on a single machine, the second phase of the project will emphasise exchange and use of expertise by multiple experts using different platforms connected through telecommunications.

partners

Vrije Universiteit Brussel, Artificial Intelligence Laboratory

Vrije Universiteit Brussel, Department of Fundamental Electricity and Instrumentation

Katholieke Universiteit Leuven, ESAT-MICAS, Departement Elektrotechniek

Universite Libre de Bruxelles, Unit of Theoretical Behavioral Ecology