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ARTHUR – Distributed Measuring System for Synchronous Data Acquisition from Different Data Sources

  • In industrial manufacturing lines, different machines are well orchestrated and applied for their well-defined purpose. As each of these machines must be monitored and maintained in the first place, there are scenarios in which a Data Acquisition system brings enormous benefits. Since the cost of such professional systems is often not appropriate or feasible for research projects or prototyping, a proof of concept is often achieved by applying end-user hardware. In this work, a distributed measurement system for supporting the collection of data is described with respect to AI-based projects for research and teaching. ARTHUR (meAsuRing sysTem witH distribUted sensoRs) is arbitrarily expandable and has so far been used in the field of data acquisition on machine tools. Typical measured values are Accoustic Emission values, force plates X-Y-Z force values, simple PLC switching signals, OPC-UA machine parameters, etc., which were recorded by a wide variety of sensors. The overall ATHUR system is based on Raspberry Pis and consists of a master node, multiple independent measurement worker nodes, a streaming system realized with Redis, as well as a gateway that stores the data in the cloud. The major objectives of the ARTHUR system are scalability and the support for low-cost measuring components while solely applying open-source software. The work on hand discusses the advantages and disadvantages regarding the hard- and software of this TCP/IP-based system.

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Author:Niels Schneider, Philipp Ruf, Matthias LermerGND, Christoph ReichORCiDGND
Parent Title (English):Embedded World 2023 Exhibition & Conference : 14-16 March 2023, Nuremberg, Germany
Publisher:Weka Fachmedien
Place of publication:Haar
Document Type:Conference Proceeding
Year of Completion:2023
Release Date:2023/05/25
First Page:19
Last Page:22
Licence (German):License LogoUrheberrechtlich geschützt