IoT-basierte Fahrerassistenzsysteme für Ultraleichtfahrzeuge
Dieser Beitrag stellt ein Architekturkonzept zu einem IoT-, Cloud- und KI-basierten Fahrerassistenzsystem für Velomobile zur Vermeidung kritischer Fahrsituationen vor.
While the development of safety-relevant driver assistance systems in the automobile industry is progressing steadily, only a few safety-relevant driver assistance systems for vehicles of the light mobility and micro-mobility are designed although these vehicles are increasingly used and have dynamic risks. The velomobile is a vehicle of the micro-mobility which holds the risk of overturning in curves at high speeds. Consequently, there is a demand for the development of driver assistance systems of vehicles from the light mobility and micro-mobility. In the context of a research project a study of how assistance systems with the aid of innovative technologies can be implemented for velomobils is carried out.
This article introduces an architectural concept of an IoT-, cloud- and AI-based assistance systems for velomobils to avoid critical driving situations.