One of the most important trends in computer architecture in recent years is the paradigm
shift toward multi and many-core chips. This chapter outlines the implications and …

The fulfillment of non‐functional requirements like timing or energy consumption is of utmost
importance in many embedded systems and respective applications. Especially, with the …

In 1965, Gordon Moore predicted that the number of transistors per chip would double every
two years and that chips would eventually be so small, that they could be embedded in …

The predictability of non-functional execution qualities is of utmost importance for the
successful introduction of multi-core architectures in embedded systems requiring …

Since the feature sizes of silicon devices continue to shrink, it is imperative to counter the
increasing proneness to errors of modern, complex systems by applying appropriate fault …

The advent of new technology trends like the Internet of things and autonomous driving have
made embedded systems more pervasive in the everyday life and has brought them to …

Heterogeneous systems including power-efficient hardware accelerators are dominating the
design of nowadays and future embedded computer architectures—as a requirement for …