MobiTAS: 1st International Conference on HCI in Mobility, Transport and Automotive Systems

Human computer interaction in the highly complex field of mobility and intermodal transport leads to completely new challenges. A variety of different travelers move in different travel chains. The interplay of such different systems, such as car and bike sharing, local and long-distance public transport and individual transport, must be adapted to the needs of the travelers.

Intelligent traveler information systems must be created to make it easier for travelers to plan, book and execute an intermodal travel chain und to interact with the different systems.

Innovative means of transport are developed, such as electric vehicles and autonomous vehicles. To achieve the acceptance of these systems, human-machine interaction must be completely redesigned.

Call for participation leaflet (414KB)

Indicative topics/keywords of the broad spectrum of issues to be addressed:

  • Cooperative and intelligent transport systems
  • Cooperative driving and connected vehicles
  • Smart vehicle interaction
  • Automotive user interfaces:
    • Driver information and assistance systems
    • Navigation systems
    • In-vehicle head-up displays and augmented reality
    • Gaming and entertainment
  • User interfaces for (semi) autonomous driving
  • User-interfaces for inter-vehicle communication
  • Driver and passenger user experience
  • Driver behavior and modelling: state recognition, intelligent driving assistance
  • Traveler’s requirements and modelling
  • Women in transport
  • Traveler’s behavior
  • Mobility and service experience in travel chains
  • Engineering of mobility services along the travel chain
  • Methods, tools and simulations for user-interface research in the context of mobility
  • City guides and urban transport systems
  • Mobility planning
  • Traveler information systems along the travel chain
  • Ticket vending machines
  • Car- and bike sharing system: access and billing
  • Smart Stations: passenger information at the stops to change the means of transportation, e.g. train, bus, subway, car- and bike sharing
  • Transportation systems management
  • Traffic control center and –systems
  • Visualization of traffic data
  • Decision support systems in transport
  • Road safety support systems
  • Program Chair

    Heidi Krömker

    Ilmenau University of Technology, Germany

  • Board Members

  • Marco Diana
    Politecnico di Torino, Italy
  • Cyriel Diels
    Coventry University, United Kingdom
  • Riender Happee
    TU Delft, Netherlands
  • Christopher Kolski
    LAMIH - University of Valenciennes, France
  • Lutz Krauss
    Porsche AG, Germany
  • Lena Levin
    Swedish National Road and Transport Research Institute, Sweden
  • Peter Mörtl
    VIRTUAL VEHICLE Research Center, Austria
  • Gerrit Meixner
    Heilbronn University, Germany
  • Matthias Rötting
    TU Berlin, Germany
  • Thomas Schlegel
    Karlsruhe University of Applied Sciences, Germany
  • Ulrike Stopka
    Technische Universität Dresden, Germany
  • Jacques Terken
    Eindhoven University of Technology, Netherlands
  • Alejandor Tirachini
    Universität Chile, Chile
  • Andree Woodcock
    Coventry University, United Kingdom
  • Xiaowei Yuan
    Beijing ISAR User Interface Design Limited Company, P.R. China