Real-time and embedded systems have historically been small scale. However, advances in
microelectronics and software now allow embedded systems to be composed of a large set …

This paper proposes a vehicular control system architecture that supports selfconfiguration.
The architecture is based on dynamic mapping of processes and services to resources to …

Reconfigurable computing based on hybrid architectures, comprising general purpose
processor (CPU) and field programmable gate array (FPGA), is very attractive because it can …

High computational performance and flexibility are the requirements of nowadays
embedded systems and they are increasing constantly. Moreover, a single architecture must …

It can be observed that most technological artefacts are becoming intelligent" things that
think" and most of these intelligent objects will be linked together to an" Internet of things". To …

Reconfiguration-based architectures are increasingly gaining attention of designers due to
their benefits of flexibility, re-programmability and high computational performance. The …

The requirements of high computational performance and flexibility of the contemporary
embedded systems are continuously increasing. Moreover, a single architecture must be …

Real-time and embedded systems have historically been small scale. However, advances in
microelectronics and software now allow embedded systems to be composed of a large set …

To handle the complexity of embedded systems based on hybrid architectures a well
designed operating system (OS) is necessary. Such systems, comprising general purpose …

In today's system design, reconfigurable computing plays more and more an important role.
By the extension of reconfigurable devices like FPGAs with one or more CPUs new …