Track Description

The variety of traffic situations and IVIS/ADAS functions pose considerable demands on functional safety and integration tests already today. Both complexity and safety requirements will continue to increase with automated vehicles. As a consequence, validation of automated driving functions using established testing methods, such as endurance testing (as specified in ISO 26262), will no longer be possible. As a consequence, new simulation-based approaches or virtual testing concepts need to be developed. This HMS track puts particular focus on simulation tools and virtual testing methodologies for autonomous and connected vehicles along with advanced driving assistance system (ADAS) applications. Human factors (i.e., improved human models for driving simulation) as well as augmented/virtual topics will complete the scope of this track.

Topics of Interest are, amongst others:

  • Scenario modeling.
  • Training and validation of sensor models.
  • Automotive (Real-time) sensor simulation and validation of simulation models.
  • Analysis of environmental effects on surround sensors (Replication and simulation of environmental effects/adverse weather conditions).
  • Virtual testing of ADAS/autonomous driving functions.
  • Simulation as a means for testing and validating data processing algorithms.
  • Benchmarking of sensor data fusion algorithms.
  • Simulation models and architectures for autonomous/connected vehicles.
  • Human factors in simulation (human models, perception models, etc.).
  • Augmented (AR) and/or virtual reality (VR) for driving simulation.

Nevertheless different topics concerning Ports and Terminals Modelling are welcome.

For further information please contact Andreas Riener.

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