Modern vehicles incorporate an increasing number of distributed compute nodes, resulting
in the need for faster and more reliable in-vehicle networks. Time-triggered protocols such …

This paper presents a methodology for simulating and automatically optimizing distributed
cyber-physical systems using reconfigurable hardware. By mapping an entire system of …

Modern vehicles represent a complex distributed cyber-physical system that simultaneously
handles critical functions like drive-by-wire systems, non-critical functions like window/door …

Security has emerged as a key concern in increasingly complex embedded automotive
networks. The distributed architecture and broadcast transmission characteristics mean they …

Automotive systems are real-time basis systems and are required to be highly fault-tolerant
systems. Microcontrollers became a prominent part of the automotive sector. Microcontroller …

Modern vehicles are very complex by incorporating various computational signals and
critical information transactions. Electronic control units (ECUs) are embedded with various …

Automotive systems function within a distributed computing paradigm consisting of networks
of sensors, actuators and processing units. More advanced functions are finding their way …

Abstract Network operation of FlexRay Electronic Control Unit (ECU) in passenger cars is
influenced by the significant number of parameters that have to be written into the ECU …