Archiv - RST - TU Dortmund

Bus von außen

© RST/TU Dortmund

BLiNK - Operational mobility in rural areas - innovative, sustainable, customer-oriented

Zwei Autos von oben an T-Kreuzung

© RST/TU-Dortmund

RPF

Nissan Leaf in ländlicher Umgebung

© RST / TU-Dortmund

DEmandäR - Data-based recommendations for automated driving in rural areas

Fahrsimulator

© RST/TU-Dortmund

MoFFa - Holistic model for the description of task distribution and task handover between human driver and driver assistance system in automated and connected driving

© RST/TU-Dortmund

AUMA - Automated Maneuvering

Manövererkennung

© RST/TU-Dortmund

ANN - Neural networks for situation analysis for automated driving

Punktwolke

© RST/TU-Dortmund

ELM - Ego Localization and Mapping

Unfall vermeidung

© ZF Friedrichshafen AG

DTG - Dynamic Trajectory Generation

Auto erkennt Umfeld auf Autobahn

HDA - Development of situation analysis modules for automated vehicles in a virtual environment

Scheinwerfer auf Roboterarm

© RST/TU-Dortmund

SHT - Smart Headlamp Technology

Messaufbau

© RST/TU-Dortmund

InVerSiV - Intelligent traffic infrastructure for safe connected driving in the megacity

Fahrzeug erfasst Hindernisse auf Strasse

© ZF Friedrichshafen AG

ACA - Autonomous Collision Avoidance

© RST/TU-Dortmund

CAS - Cognitive Algorithm for Situation and Interpretation

Umgebungserkennung eines Fahrzeuges aus einer Strasse

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BD3 - Domain-specific observer for operational safety and operational security