Daniel Schütz

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This paper presents the elaboration of a concept to develop and implement real-time capable industrial automation software that increases the dependability of production automation systems by means of soft sensors. An application example with continuous behavior as it is a typical character treat of process automation is used to illustrate the initial(More)
Multi-agent systems (MAS) are used to increase flexibility and reliability of automated production plants, by reducing their control structure's rigidness through the use of autonomous, interacting software agents. This paper comprises a concept for MAS, which are implemented partly on the Manufacturing Execution Systems (MES)-layer and partly on the field(More)
Due to fierce competition, short product lifecycles and fluctuating markets, there is an increasing demand for flexible and fault tolerant systems in automated manufacturing. Multi-Agent System (MAS) can help meeting these demands by enabling fast reconfigurations and smart fault handling and compensation. A previously developed MAS, distributed on real(More)
In recent years automation systems have been required to provide characteristics of flexibility and efficiency in order to cope with the fast changes of the market and consumer demands. To deal with these requirements, the industry has started to implement reconfiguration techniques in order to allow the automation system to reschedule the production,(More)