Authors:
Niels Schneider
;
Philipp Ruf
;
Matthias Lermer
and
Christoph Reich
Affiliation:
Institute for Data Science, Cloud Computing and IT Security, Furtwangen University of Applied Science, Robert-Gerwig-Platz 1, 78120 Furtwangen im Schwarzwald, Germany
Keyword(s):
Distributed Monitoring System, Machine Learning, Cloud, Data Acquisition, IoT-Cloud Integration.
Abstract:
On the way to the smart factory, the manufacturing companies investigate the potential of Machine Learning approaches like visual quality inspection, process optimisation, maintenance prediction and more. In order to be able to assess the influence of Machine Learning based systems on business-relevant key figures, many companies go down the path of test before invest. This paper describes a novel and inexpensive distributed Data Acquisition System, ARTHUR (dAta collectoR sysTem witH distribUted sensoRs), to enable the collection of data for AI-based projects for research, education and the industry. ARTHUR is arbitrarily expandable and has so far been used in the field of data acquisition on machine tools. Typical measured values are Acoustic Emission values, force plate X-Y-Z force values, simple SPS signals, OPC-UA machine parameters, etc. which were recorded by a wide variety of sensors. The ARTHUR system consists of a master node, multiple measurement worker nodes, a local strea
ming system and a gateway that stores the data to the cloud. The authors describe the hardware and software of this system and discuss its advantages and disadvantages.
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