Abstract The component and connector modeling paradigm has proven to be a powerful means for the design of complex systems in engineering.

The component and connector modeling paradigm has proven to be a powerful means for the design of complex systems in engineering domains like avionics,�...

Most works consider the dynamic reconfiguration of components only within the limits of one system, but some talk specifically about SoS [16] .

Modeling Dynamic Architectures of Self-Adaptive Cooperative Systems. Kaminski N., Kusmenko E., Rumpe B. Expand. Publication type: Journal Article. Publication�...

Modeling Dynamic Architectures of Self-Adaptive Cooperative Systems � Department of Computer Science [120000] � Chair of Computer Science 3 (Software Engineering)�...

Modeling Dynamic Architectures of Self-Adaptive Cooperative Systems � Fachgruppe Informatik [120000] � Lehrstuhl f�r Informatik 3 (Software Engineering) [121510]�...

In this paper the Mechatronic UML approach and its concepts for compositional modeling and verification of crucial safety properties for cooperative self-�...

In this paper we propose a modeling approach, which consists in explicitly representing robot software variability with the MARTE::ARM-Variability metamodel.

Many systems are dynamic to some limited degree but few embrace dynamic change as a fundamental consideration. There are two distinct approaches to dynamism�...

Abstract. Today's large-scale computing systems are deployed in open, chang- ing and unpredictable environments. To operate reliably, such systems should be.