Portfolio
- Development and investigation of control transfer scenarios and procedures for semi-automated driving
- Sensors and algorithms for the automation of motion tasks
- Development of specialized 24-GHz and 77-GHz radar sensors for vehicle automation
- Development of situation prediction and manoeuvre planning, sometimes using AI for complex driving situations
- Evaluation of deployment scenarios in freight transport and urban logistics
- Studies on autonomous driving in passenger and freight transport
- Alternative activities in vehicles - research and development of mobile living spaces with empirical methods in studies and experiments in simulators and on the road
- Investigation of complex interaction patterns between automated and non-automated road users (mixed traffic) in interactive simulation
- Networking of interactive driving simulators with pedestrian interaction (virtual reality laboratories)
- Development of concepts for validation & verification of highly automated driving functions
- Simulation methods for highly automated driving functions
- Evaluation of functional safety, safety/security co-engineering
- Reliable use of AI methods in highly automated vehicles
Further information
Autonomous Driving in Logistics [Fraunhofer IML (German)]
InCarIn - IntelligentCarInterior [Fraunhofer IOSB]
BMBF project with participation of Fraunhofer IAO and Fraunhofer IOSB for adaptive and context-sensitive adaptation of interaction technology and assistance systems in vehicles (e.g. for the most natural and useful design of human-machine interaction in the vehicle interior between the occupants and the car)
Mixed-Mock-Up Interior [Fraunhofer IAO (German)]
Project for the implementation of ergonomic entrance, seating and lighting concepts in a mixed mock-up
25. Stunde / 25th hour [theverge.com]
Design and evaluation of optimal conditions for concentrated and productive work in the interior of a fully autonomous vehicle by the Fraunhofer IAO
Twinkling Twizy - Social interaction with autonomous vehicles [YouTube (German)]
Presentation of a Fraunhofer IAO demonstrator vehicle for improved human-machine communication
Radar in the fast lane [Fraunhofer FHR]
New hardware concepts for different types of transport
REDAR - Road & Environmental Data Acquisition for virtual test runs Rover [Fraunhofer ITWM]
Creation of 3D environmental data
LiDAR systems [Fraunhofer IPMS]
Dependable AI [Fraunhofer IESE]
Functional safety, Safety of the intended Functionality (SotiF ISO 21448), innovative safety concepts, and more [Fraunhofer IESE]
Autonomous Systems [Fraunhofer IESE]
AVEAS [Fraunhofer IOSB, Fraunhofer IVI, Fraunhofer EMI]
Studies and Publications
Highly automated driving on motorways [Fraunhofer Publica (German)]
Study commissioned by BMWI with participation of Fraunhofer IAO
Catenary truck: Potentials and challenges for use in Germany [Fraunhofer Publica (German)]
Substudy fuel cell trucks: critical development barriers, research needs and market potential [Fraunhofer Publica (German)]