DEVEKOS:
Consistent engineering for safe, distributed and communicating multi-component systems

Project Duration: 1.3.2017 to 31.3.2021 (Finished)
Area of Research:
https://www.devekos.org


  

In the course of digitization and industry 4.0, fully networked and in real-time communicating automation systems become reality. Thanks to the miniaturization of electronic components, control, actuators and sensors can now be integrated into automation components in a confined space. Due to the embedded software such components become intelligent and communicative modules. These intelligent components offer their own abilities (skills) in the form of manufacturer-standardized automation functions. These skills can be used and further composed by the engineer during the engineering phase in order to create higher-quality skills until a specific level of skill is reached that fits to the process of the product being produced. This approach results in a component-based automation with a suitable component-oriented engineering - both are prerequisites for the implementation of the currently emerging industry 4.0 standards. This procedure requires a new dimension of networking, which must simultaneously meet the high demands on real-time capability and component communication at a high, semantically annotated level. Intelligent and distributed automation components replace the central control. This lead to an event-driven and skill-based communication.

From such a networked and skill-based system, there are numerous advantages in the complete life cycle e.g. of a production plant: from technical sales, engineering phases and production to changes and disassembly. Even in technical sales a system can be designed to be independent of the manufacturer and purely functional by means of standardized automation functions.

However, this vision is currently opposed to barriers in industrial practice, which is mainly due to unresolved issues of the highly distributed and real-time capable communication network and the lack of continuity during the engineering process. Therefore, the objectives to be achieved in DEVEKOS are as follows:

  • Robust, secure and real-time communication solutions for industry
  • Consistent and function-oriented engineering
  • 3D technologies for industrial applications

Partners:

  • Festo AG & Co. KG (Konsortialführer)
  • ASYS Automationssysteme GmbH
  • CODESYS GmbH
  • elrest Automationssysteme GmbH
  • fortiss GmbH
  • Harro Höfliger Verpackungsmaschinen GmbH
  • Häcker Automation GmbH
  • ISW – Institut für Steuerungstechnik der Werkzeugmaschinen, Universität Stuttgart
  • NewTec GmbH
  • Schaeff Maschinen GmbH & Co. KG
    • afag Automation AG
    • eps GmbH
    • TBK GmbH
  • Softing Industrial Automation GmbH
Image: Consistent engineering for safe, distributed and communicating multi-component systemsImage: Consistent engineering for safe, distributed and communicating multi-component systems


Publications:

Zimmermann, Patrick; Axmann, Etienne; Brandenbourger, Benjamin; Dorofeev, Kirill; Mankowski, Andre; Zanini, Paulo: Skill-based Engineering and Control on Field-Device-Level with OPC UA. In: 24nd IEEE International Conference on Emerging Technologies and Factory Automation (ETFA) Zaragoza, Spain, Sep 2019 (More)

Mankowski, Andre; Axmann, Etienne; Brandenbourger, Benjamin; Dorofeev, Kirill; Zanini, Paulo; Zimmermann, Patrick: Skill-basiertes Engineering auf Basis von OPC UA Companion Specifications. In: 20. VDI-Kongress AUTOMATION 2019 Baden-Baden, Deutschland, Jul 2019 (More)

Bunte, Andreas; Wunderlich, Paul; Moriz, Natalia; Li, Peng; Mankowski, Andre; Rogalla, Antje; Niggemann, Oliver: Why Symbolic AI is a Key Technology for Self-Adaption in the Context of CPPS. In: 24nd IEEE International Conference on Emerging Technologies and Factory Automation (ETFA) Zaragoza, Spain, Sep 2019 (More)

Zanini, Paulo; Doll, Wolfgang; Munz, Heinrich; Höglinger, Wolfgang; Schauer, Gerald; Hoos, Johannes; Axmann, Etienne; Mankowski, Andre; Priss, Philip; Durand, Friedrich; Banerjee, Suprateek; Profanter, Stefan; Agarwal, Mohit: Real-time publishing with response: Pub/Sub should not be just another fieldbus. Nov 2019 (More)


Funded by: BMWi
Project Management: Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR)
Grant ID: 01MA17004I
Funding: PAiCE
Contact Person: Dipl.-Math. Natalia Moriz , B. Sc. Andre Mankowski
Research Assistant: B. Sc. Andre Mankowski , B.Sc. Philip Priss , M.Sc. Andreas Meier
Link: Project Homepage