Add to ORKGInternational audienceMulti- and many-core systems on chip provide an even share of opportunities and challenges regarding the design of modern embedded systems. The FORMUS 3 IC research group is dedicated to investigate these problems and provide novel holistic ideas and solutions for the design process of automotive andavionic applications alike.An extract on new concepts conceived in the context of this project regarding real-time systems and dependability is presented. Furthermore, follow up steps in the development process of these concepts are discussed.In the domain of scheduling, the application of a gang-based scheduling concept for real-time systems is proposed and discussed. This concept aims to allow multithreading in the contex...
Embedded systems are becoming pervasive in diverse application domains such as automotive, avionic, ...
International audienceDriven by the increasing demand for computational power and by the rising appl...
Abstract. Embedded systems increasingly encompass both dependability and responsiveness requirements...
Dependable real-time embedded systems are typically composed of a number of heterogeneous computing ...
Abstract: Fault-tolerance is a crucial aspect of safety critical systems. When such systems need to ...
We survey scheduling algorithms proposed for tolerating permanent and transient failures in real-tim...
Ubiquitous deployment of embedded systems is having a substantial impact on our society, since they ...
The need for dependable real-time systems for embedded application is growing, and, at the same time...
This thesis deals with issue of reliability of real-time embedded systems. Contains a summary of bas...
Failure to meet task deadline in safety critical real-time systems can be catastrophic. Moreover, fa...
The design of fault-tolerant real-time systems is characterized by a trade-off between performance ...
Safety-critical applications have to function correctly even in presence of faults. This thesis deal...
Abstract—We present an approach to the synthesis of fault-tol-erant hard real-time systems for safet...
Abstract. Although computers have been employed for decades to control machinery and entire laborato...
In this report I present some fault-tolerance techniques that has been implemented in a tool for rea...
Embedded systems are becoming pervasive in diverse application domains such as automotive, avionic, ...
International audienceDriven by the increasing demand for computational power and by the rising appl...
Abstract. Embedded systems increasingly encompass both dependability and responsiveness requirements...
Dependable real-time embedded systems are typically composed of a number of heterogeneous computing ...
Abstract: Fault-tolerance is a crucial aspect of safety critical systems. When such systems need to ...
We survey scheduling algorithms proposed for tolerating permanent and transient failures in real-tim...
Ubiquitous deployment of embedded systems is having a substantial impact on our society, since they ...
The need for dependable real-time systems for embedded application is growing, and, at the same time...
This thesis deals with issue of reliability of real-time embedded systems. Contains a summary of bas...
Failure to meet task deadline in safety critical real-time systems can be catastrophic. Moreover, fa...
The design of fault-tolerant real-time systems is characterized by a trade-off between performance ...
Safety-critical applications have to function correctly even in presence of faults. This thesis deal...
Abstract—We present an approach to the synthesis of fault-tol-erant hard real-time systems for safet...
Abstract. Although computers have been employed for decades to control machinery and entire laborato...
In this report I present some fault-tolerance techniques that has been implemented in a tool for rea...
Embedded systems are becoming pervasive in diverse application domains such as automotive, avionic, ...
International audienceDriven by the increasing demand for computational power and by the rising appl...
Abstract. Embedded systems increasingly encompass both dependability and responsiveness requirements...