During the last decades, embedded systems have become increasingly important in highly safety-critical areas such as power plants, medical equipment, cars, and aeroplanes. The automotive and avionics domains are prominent examples of classical engineering disciplines where conflicts between costs, short product cycles and legal requirements concerning dependability, robustness, security, carbon footprint and spatial demands have become a pressing problem. © 2010 Springer-Verlag
Embedded system technology has become an important, if not dominating component in the realization o...
Embedded system technology has become an important, if not dominating component in the realization o...
In this paper, we aim at capturing the industrial viewpoint of todays and future requirements in dev...
Embedded systems are most directly defined as computer systems embedded inside larger systems. But t...
The embedded safety-critical system design and development industries are facing ever-increasing dem...
International audienceOver the last 10 years, there has been an important increase in the number of ...
"Within the last few decades the microprocessor has developed at a rapid pace creating\ud in its wak...
Mechatronic products such as modern cars are rapidly moving into having more functions realized by e...
Embedded systems proliferate in everyday applications and are of major importance in industrial sett...
Real-time and networked embedded systems are important bidirectional bridges between the physical an...
Critical Embedded Systems (CES) are systems in which failures are potentially catastrophic and, ther...
Critical Embedded Systems (CES) are systems in which failures are potentially catastrophic and, ther...
Modern embedded systems need to cater for several needs depending upon the application domain in whi...
Critical Systems, i.e., systems whose failure either endangers human life or causes drastic economic...
Four significant challenges in embedded system dependability are: embedded-specific security approac...
Embedded system technology has become an important, if not dominating component in the realization o...
Embedded system technology has become an important, if not dominating component in the realization o...
In this paper, we aim at capturing the industrial viewpoint of todays and future requirements in dev...
Embedded systems are most directly defined as computer systems embedded inside larger systems. But t...
The embedded safety-critical system design and development industries are facing ever-increasing dem...
International audienceOver the last 10 years, there has been an important increase in the number of ...
"Within the last few decades the microprocessor has developed at a rapid pace creating\ud in its wak...
Mechatronic products such as modern cars are rapidly moving into having more functions realized by e...
Embedded systems proliferate in everyday applications and are of major importance in industrial sett...
Real-time and networked embedded systems are important bidirectional bridges between the physical an...
Critical Embedded Systems (CES) are systems in which failures are potentially catastrophic and, ther...
Critical Embedded Systems (CES) are systems in which failures are potentially catastrophic and, ther...
Modern embedded systems need to cater for several needs depending upon the application domain in whi...
Critical Systems, i.e., systems whose failure either endangers human life or causes drastic economic...
Four significant challenges in embedded system dependability are: embedded-specific security approac...
Embedded system technology has become an important, if not dominating component in the realization o...
Embedded system technology has become an important, if not dominating component in the realization o...
In this paper, we aim at capturing the industrial viewpoint of todays and future requirements in dev...