Emergent computation is proposed in the study of self-organisation, collective and
cooperative behaviour and it has become an important approach to complex system …

We can observe self‐organization properties in various systems. However, modern
networked dynamical sociotechnical systems have some features that allow for realizing the …

Self-organization, whereby through purely local interactions, global order and structure
emerge, is studied broadly across many fields of science, economics, and engineering. We …

The concept of self-organization has been examined oftentimes for several domains such as
physics, chemistry, mathematics, etc. However, the current technical development opens a …

Self‐organizing systems obtain a global system behavior via typically simple local
interactions among a number of components or agents, respectively. The emergent service …

The CPSwarm workbench is a toolchain that facilitates the entire design process of swarms
of CPS including modelling, design, optimization, simulation and deployment. This paper …

Self-organizing systems could serve as a solution for many technical problems where
properties like robustness, scalability, and adaptability are required. However, despite all …

This paper gives a systematic overview on modeling formalisms suitable for modeling self-
organizing systems. We distinguish between micro-level modeling and macro-level …

Since the entities composing self-organizing systems have direct access only to information
provided by their vicinity, it is a non-trivial task for them to determine properties of the global …

Self-organizing Systems exhibit numerous advantages such as robustness, adaptivity and
scalability, and thus provide a solution for the increasing complexity we face within technical …