Achieving a high level of quality in the AV industry involves understanding the complexity of
the production cycle with the constant challenges of applying appropriate standards. The …

In the recent decades, the complexity of the auto-motive power network (APN) has been
steadily increasing. This growing complexity is due to the electrification of former mechanical …

For the validation of vehicular Electrical Distribution Systems (EDS), engineers are currently
required to analyze disperse information regarding technical requirements, standards and …

This work addresses the automated generation of physical-based models and model-based
observers. We develop port-Hamiltonian methods, which for the first time allow a complete …

In recent years, the amount of electric and electronic components in the automotive power
network (APN) has increased significantly. With regard to autonomous driving …

Due to the rising complexity and the demanded modularity for the automotive power network
(APN), there is a growing need for a distributed and flexible automotive power network …

Contrary to other in‐car engineering systems where the use of simulation tools is highly
extended prior to a prototyping stage, the simulation of vehicular electrical distribution …

Process, computational tools, and trends in the design and simulation of vehicle electrical
distribution systems. The automotive industry is experiencing unprecedented requirements …

Modeling and simulation have been permeating all development areas within the
automotive industry, such as structural simulation, powertrain, engine, thermal management …

Interconnected systems are a major pillar of modern society. In recent years, interconnected
systems have gained an unprecedented extent. For such systems, existing approaches for …