Organic Computing systems are systems which have the capability to autonomously (re-)organize
and adapt themselves. The benefit of such systems with self-x properties is that they …

Self-organisation aspects and the large number of entities in Organic Computing (OC)
systems make them extremely hard to predict and analyse. However, the application of OC …

An Organic Computing system has the ability to autonomously (re-)organize and adapt itself.
Such a system exhibits so called self-x properties (eg self-healing) and is therefore more …

Self-healing promises to improve the dependability of systems. In particular safety-critical
systems like automotive systems are well suited application, since safe operation is required in …

Because of their self-x properties Organic Computing systems are hard to verify. Nevertheless
in safety critical domains one may want to give behavioral guarantees. One technique to …

Self-* systems have the ability to adapt to a changing environment and to compensate
component failures by reorganizing themselves. However, as these systems make autonomous …

When introducing self-organization into a system, its developer aims to reduce the system's
complexity, during development as well as during operation. More often than not, the self-…

The construction of self-organising systems often leads to very ingenious and specific solutions
to a concrete problem. These solutions cannot be easily transferred to other domains or …

An Organic Computing system has the ability to autonomously (re-)organize and adapt itself.
Such a system exhibits so called self-x properties (eg self-healing) and is therefore more …

The introduction of self-organization into a system promises, among other things, to reduce
the system's complexity and to increase the system's robustness against failures and its …