University of Applied Sciences Upper Austria, Research group „Rail Automation and Traffic Telematics“
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Telephone: +43 / 50804 / 43420
Address: FH OÖ, Stelzhamerstraße 27, 4600 Wels, Austria
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University of Applied Sciences Upper Austria, Research group „Rail Automation and Traffic Telematics“
Acronym: FH OÖ E-mail: Burkhard.stadlmann(at)fh-wels.atTelephone: +43 / 50804 / 43420
Address: FH OÖ, Stelzhamerstraße 27, 4600 Wels, Austria
Within the research area “Automation and Simulation” the research group “Rail Automation and Traffic Telematics” organizes its research activities in the fields.
- Low cost signaling systems for regional lines and low traffic lines
- GNSS based train location
- Automatic train operation
- Obstacle detection for rail application
- Automation of shunting processes especially coupling and uncoupling of freight wagons
- Automation of logistic processes in connection with rail transport
- Physical internet
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- Railway automation
- signaling
- train control systems
- low traffic density lines
- automatic and autonomous train operation (ATO)
- automation of coupling of freight wagons
- automation of shunting
- dynamic passenger information
- telematics applications
- automated logistics
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- Dipl.Ing. Dr. Burkhard Stadlmann: Head of research group
- Stefan Dumberger BSc : Simulation for ATO.
- -Ing.(FH) Stefan Grünberger: Train control systems for automatic train operation.
- Thomas Penkner MSc.: Obstacle detection for automatic train operation.
- Roman Georg Schneider MSc: Automatic train operation.
- Ing.(FH) Rainer Widmann: Traffic telematics.
- Christoph Zellner MSc.: Automation of coupling processes in marshalling yards
- EntKuRo: Development of an automated handling device for the uncoupling of freight wagons (e.g. in marshaling yards)
- autoBAHN2020: Research for autonomous driving regional trains (ATO with GoA4)
- DITPOS: High accuracy and high reliability of GNSS based train positioning algorithms
- SATLOC: GNSS based train control systems for low traffic density lines
- TerminalAufSchiene: Design of a system for the checkin of air passenger luggage on long distance trains when going to the airport
- Store&Go: Design of a fully automated luggage storage system with variable container sizes for railway stations and airports