This paper presents an approach to execute safety-critical applications on multi-and many-
core processors in a predictable manner. We investigate three concrete platforms: the Intel …

This paper describes an end-to-end framework for the design and the implementation of real-
time systems on a many-core architecture. The system, described in the multi-rate …

We explore how many-core platforms can be used to enhance the security of future systems
and to support important security properties such as runtime isolation using a small Trusted …

We present Xipx, the first port of a major educational operating system to a processor in the
emerging class of many-core architectures. Through extensions to the proven Embedded …

Sigma-Delta-Modulators (SDM) are the most successful technique for analog-to-digital (A/D)
conversion, especially for high resolution applications. Similar techniques and architectures …

Cloud platforms that use logical partitions to allocate dedicated resources to VMs can benefit
from small and therefore secure hypervisors. Many-core platforms, with their abundant …

We present a new framework that efficiently detects and tolerates timing faults in real time
systems. Timing faults are observed when the inputs and/or outputs of a given system fail to …

The difference between emerging many-core architectures and their multi-core
predecessors goes beyond just the number of cores incorporated on a chip. Current …

This thesis presents a port of a lightweight instructional operating system called Embedded
Xinu to the Raspberry Pi. The Raspberry Pi, an inexpensive credit-card-sized computer, has …

Thus far, most of the research into many-core computation has focussed on improving the
average performance of an application, such as the average throughput. However …