With the development of 5G network, the research on 5G supporting autonomous driving is
being carried out rapidly in the industry. Autonomous driving is a quite complex system, and …

Efficient task processing and data storage are still among the most important challenges in
Autonomous Driving (AD). In-board processing units struggle to deal with the workload of …

Cyber-physical systems are the technical foundation of our modern world. They combine a
cyber-part (software-based computer control) and a physical part (real system, such as a car …

Due to sparse charging infrastructure and short driving ranges, drivers of battery electric
vehicles (BEVs) can experience range anxiety, which is the fear of stranding with an empty …

Vehicle electrification is picking up speed in local public transport. Battery electric buses
replace diesel buses and must therefore be able to serve the routes of diesel buses on an …

Distributing software onto the different controllers of a vehicle has become an increasingly
difficult task for architects, as the number of functions to be experienced by the driver or …

Battery electric buses (BEB) will increasingly replace buses with internal combustion
engines in the fleets of transport companies. However, range prevents the application of …

Abstract Service orientation finds its way into automotive electrical/electronic (E/E)
architectures. The greater flexibility and adaptability of a service-oriented architecture (SOA) …

Connectivity, whether between objects or with the Internet, has given rise to many new
business ideas and associated terminologies. Especially in the automotive industry, new …

The modern vehicle is increasingly becoming a part of the Internet of Things (IoT). Video or
audio streaming from cloud resources are already state-of-the-art. However, vehicle …