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Die stetige Erhöhung der Verkehrssicherheit durch immer leistungsfähigere Fahrerassistenzsysteme haben in den letzten Jahren maßgeblich zu einem Anwachsen des Elektrik/Elektronik Anteils im Automobilbau geführt. Diese Arbeit liefert einen Beitrag zur Verbesserung der Methoden für die modellbasierte Entwicklung und Konfiguration von FlexRay Bussystemen. Dazu wurden verschiedene Verfahren entwickelt, welche sich mit der Realisierung, Konfiguration, Validierung und Test von FlexRay beschäftigen.
modellbasierte Entwicklung --- Konfiguration --- FlexRay --- Bussysteme --- Automotive
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The electrical energy on electrified bicycles offers new functional possibilities such as an active safety system to assist the rider during the braking process. This work shows the technical feasibility of such a system by presenting a rideable prototype. The so-called braking dynamics assistance system prevents the cyclist from both front wheel lockup and rollover (along the vehicle’s transverse axis).
Elektrofahrrad --- safety system --- Fahrdynamik --- Electric bicycle --- vehicle dynamics --- model-based design --- Verkehrssicherheit --- road safety --- Modellbasierte Entwicklung --- Sicherheitssystem
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In this work, modular damage reduction assistance systems are investigated. Identification modules provide information about the current driving and working state, the machine operator, the bulk material mass and system parameters. Damage modules with complexity reduced calculation approaches allow a quantification of the machine damage. Possible applications and the potential of the assistance systems are demonstrated in a model-based development environment.
Mechanical engineering & materials --- Assistenzsysteme --- Schädigungsreduktion --- Machine Learning --- Modellbasierte Entwicklung --- Radlader --- assistance systems --- damage reduction --- machine learning --- model-based development --- wheel loader
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The compliance with functional safety according to the standard ISO 26262 in context of the increasing electrification of road vehicles is a significant challenge. This work provides a concept and methodology for the model-based development of functional safe hardware. This is characterized by the description of hardware designs, annotation of failure data and performing the demanded safety evaluations.
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