Evolution of systems during their operational life is mandatory and both updates and
upgrades should not impair their dependability properties. Dependable systems must evolve …

Systems are expected to evolve during their service life in order to cope with changes of
various natures, ranging from fluctuations in available resources to additional features …

Computer‐based systems are now expected to evolve during their service life to cope with
changes of various nature, ranging from evolution of user needs, eg, additional features …

With the integration scale level reached in CMOS technology, memory systems provide a
great storage capacity, but at the price of an augment in their fault rate. In this way, the …

The requirement for higher reliability and availability of systems is continuously increasing
even in domains not traditionally strongly involved in such issues. Solutions are expected to …

This paper proposes a model based framework for the design of dependable embedded
systems. First we define a meta-model to encompass the different concepts to capture fault …

Fast evolution of computing systems is a hot topic today that is becoming a real challenge for
safety critical embedded systems. For both maintenance and functionalities reasons, over …

The requirement for higher reliability and availability of systems is continuously increasing
even in domains not traditionally strongly concerned by such issues. Required solutions are …

Evolution during service life is mandatory, particularly for long-lived systems. Dependable
systems, which continuously deliver trustworthy services, must evolve to accommodate …

Systems are expected to evolve during their service life in order to cope with changes of
various natures, ranging from fluctuations in available resources to additional features …