I2MSteel

I2MSteel – Software agents for a new automation paradigm

I2MSteel – Development of a new information and automation paradigm for intelligent and integrated manufacturing in the process industry based on holonic agents

Increasing demands on product quality, reduction of production costs, optimization of life cycle assessment and the necessary increase in plant utilization present new challenges for the process industry, in particular the steel industry. Today’s automation and IT systems are usually very inflexible and, due to the historical development, have a very high complexity. This means that necessary changes and optimizations on the systems are only to be carried out with great effort. The resulting high costs often make the changes unprofitable.

In order to respond quickly to market requirements, a flexible infrastructure is required. It must be able to implement the required changes in the production process with minimum costs and time.

The BFI was involved in the development of a new information and automation paradigm within the framework of the I2MSteel project. The goal was to create an infrastructure to optimize efficiently distributed systems. To ensure this, the components of the existing systems must be utilized as well as possible and the integration of new concepts simplified.

This is made possible by the use of agent technology in combination with ontologies and service-oriented architecture. The agents are software modules that assume specified tasks and proactively seek a solution to the task by negotiating with other agents. The knowledge about processes, equipment and data is represented by means of language-formalized representations, so-called ontologies. The interfaces to the existing systems are realized via services.

These technologies enable the solution of various industrial problems resulting from a high distribution of IT systems. In a specific case of application, the implemented system is used to carry out a rescheduling of the production process even across plant boundaries using distributed optimization.

Further information:

Lecture at the IFAC MMM 2016 in Vienna

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