PhDStudent
Vienna University of Technology/Institute of Management Science
Theresianumgasse 7
1040 Vienna
Austria
+4367688861645
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Uploaded abstract link: Pascher_Extended Review Abstract MHCL 20190423.pdf
Uploaded final paper link: MHCL 2019_ Duck Box_20190607.doc.
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Rainer Pascher
PhD Student
Vienna University of Technology/Institute of Management Science
Christoph Ecker
PhD Student
Vienna University of Technology/Institute of Management Science
Wilfried Sihn
Full Professor
Vienna University of Technology/Institute of Management Science
PhD Student
Vienna University of Technology/Institute of Management Science
Christoph Ecker
PhD Student
Vienna University of Technology/Institute of Management Science
Wilfried Sihn
Full Professor
Vienna University of Technology/Institute of Management Science
Conceptual design of a modular, hybrid sensor system (Duck Box) for the implementation of location-based material flow analyses
Intralogistics show great potential for increasing efficiency in many companies. For this purpose, material flow analyses are used. The underlying data basis can be provided by Indoor Positioning Systems (IPS) or Real Time Location Systems (RTLS). Due to poor user-friendliness and the influence of company-specific factors, such systems are usually not used. The aim of this paper is to develop the conceptual design of a modular, hybrid sensor system (project name: Duck Box) to enable complete material flow analyses. Based on the state of the art, the paper describes the general requirements for such a system, the selection of components, the calculation of the required power supply as well as the construction of a housing. In contrast to other systems, the developed modular hybrid sensor system acts as an enabler for holistic location-based material flow analyses.
