Reliable Industrial Communication Over the Air

ReICOvAir_Logo
Project Key Information

Project Status: Running

Start Date: January 2016

End Date: September 2018

Budget (total): 3691 K€

Effort:  30.5 PY

Project-ID: C2015/2-5

Project Coordinator

Name: Thomas Heyn

Company: Fraunhofer Institut für Integrierte Schaltungen IIS

Country: Germany

E-mail: thomas.heyn(Replace this parenthesis with the @ sign)iis.fraunhofer.de

Project Consortium

Fraunhofer Institut für Integrierte Schaltungen IIS, Germany

CETECOM GmbH, Germany

Fraunhofer Gesellschaft Heinrich Hertz Institut (HHI), Germany

ifak e.V. Magdeburg, Germany

GHMT AG, Germany

Qosmotec, Germany

University of Oulu, Finland

Verkotan Oy, Finland

Sapotech Oy, Finland

Kaltio Technologies Oy, Finland

Software Quality Systems S.A., Spain

Trimek S.A., Spain

HOP Ubiquitous, S.L., Spain

Engine Power Components Group Europe, S.L., Spain

Abstract

To enable the industry in the context of Advanced manufacturing and processing (industry 4.0), i.e. Industrial Internet of Things, to use wireless communication instead of traditional wired connections for controlling and monitoring, confidence in and reliability of the wireless connections must be given. This requires proofing the suitability of a wireless communication system for a given application with a standardized validation/rating system.

Although much network planning and connectivity estimation is done, still no such system exists. In the ReICOvAir project the necessary standards, methods and tools for providing proof are developed, standardized and integrated into a single comprehensive software and hardware testbed solution. By gathering requirements from the industry, current research activities (e.g. FITS project), and standardization activities (e.g. LTE-M, LoRa alliance), a rating system for wireless communication systems will be developed (e.g. maximum delay and packet error rate under certain interference conditions).

A set of relevant test-cases for the rating process will be defined. These will consist of standard use cases (e.g. an interference scenario) as well as methods of referencing individual reception scenarios to a given standard test case (e.g. finding the worst-case scenario of a real deployment). Both rating system and test cases shall be provided to European standardization bodies.

To provide the means to practically rate communication systems, a testbed will be developed. The development will encompass the following parts:

  • a state-of-the-art propagation channel model enhanced for industrial environments: QuaDRiGa 2.0
  • parameters for the channel model received from channel sounder measurement campaigns
  • methods of taking into account the media access behavior in industrial environment based on “Radio-Transfer-Tester for Industrial Radio Solutions (FTT)”
  • software testbed for hardware-independent rating of communication standards
  • hardware testbed for rating existing wireless communication solutions

With ReICOvAir, industry will finally be able to overcome the uncertainty barrier on using wireless communication for the production process.

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