Real-time operating system kernels in embedded systems need to be configurable.
Unfortunately many of today's commercial real-time kernels are monolithic. These optimized …

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

Problem Statement: Nowadays Real-Time (RT) embedded control applications require not
just higher performance but more flexibility as well without increasing cost and resources …

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

This paper presents the OveRSoC project. The objective is to develop an exploration and
validation methodology of embedded Real Time Operating Systems (RTOSs) for …

Today's software based real-time operating systems (RTOS) have the ability to be
configured in order to decrease memory footprint, important when the RTOS is used in …

Accurate localization is crucial for wireless ad-hoc and sensor networks. Among the
localization schemes, component-based approaches specialize in localization performance …

The aim of this chapter to provide the reader with a comprehensive understanding of the
softwares and the protocols that define a mobile application framework. This framework …

We can find a large variety of applications where embedded systems play an important role,
from small standalone systems, like a network router, to complex distributed realtime …

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