Research and Application of Embedded Real-Time Operating System

Embedded Systems and Real Time Operating Systems

Most embedded systems are small enough to sit on the end of your thumb and are usually hidden within much larger and more complex mobile computing or electronic devices, so they often go unnoticed. But embedded systems actually represent the vast majority of semiconductor sales. According to the World Semiconductor Trade Statistics blue book, there are an estimated 5 billion embedded microproce...

Component-Based Real-Time Operating System for Embedded Applications

As embedded systems must constantly integrate new functionalities, their developement cycles must be based on high-level abstractions, making the software design more flexible. CBSE provides an approach to these new requirements. However, low-level services provided by operating systems are an integral part of embedded applications, furthermore deployed on resource-limited devices. Therefore, t...

Open Real-Time Operating System Standards for Embedded Systems

Real-Time Server Oriented Operating System for Embedded Applications

In recent years, the use of embedded systems has been multiplied creating the necessity of new tools for the development of software applications running on them and in most cases with real-time requirements. The speed at which microcontrollers improve their performances and capabilities oblige a continuous update in their software counterpart that not always can keep the pace. In this paper, a...

Operating System Support for Embedded Real-Time Applications

The rapid progress in processor and sensor technology combined with the expanding diversity of application fields is placing enormous demands on the facilities that an embedded operating system must provide. Embedded systems can be defined as computing systems with tightly coupled hardware and software that are designed to perform a dedicated function. The word embedded reflects the fact that t...