Today, software systems tend to be split into multiple components that can operate, both,
autonomously and in a networked way, in order to pursue a common objective. Such a …

With the evolution of distributed systems in size and complexity, software deployment
remains a challenging task. Despite the existence of several approaches, most of them use …

With the spread of the Internet and software evolution in complex intensive systems,
software architecture often need be reconfigured during runtime to adapt variable environ …

Bigraphs and Bigraphical Reactive Systems have been successfully applied in describing
software architectures and modeling applications for context-aware systems and System of …

Dynamic architectures in which interactions between components can evolve during
execution, are essential for modern computing systems such as web-based systems …

With the spread of the Internet and software evolution in complex intensive systems,
software architecture often need be reconfigured during run time in dynamic, heterogeneous …

Software systems are subject to change. To embrace change, the systems should be
equipped with automated mechanisms. Business process and software architecture models …

The design of complex systems involves various, possibly heterogeneous, structural and
behavioral models. In model-driven engineering, the coordination of behavioral models to …

When designing highly interactive distributed systems such as e-learning environments, a
system-of-systems (SoS) perspective enables dynamic adaptation to situations of use and …

In this paper, we present a multi-scale modeling methodology for software System of
Systems (SoS) using the formal technique of bigraphical reactive system. This methodology …