In this paper, we set up a mathematical framework for the modelling and control of complex cyber-physical ecosystems. our setting, ecosystems (CPES) are systems that highly connected. CPES understood as open adaptive infrastructures. These networked combine with an interaction mechanism other environment (ecosystem capability). The main focus will be on cyber physical interfaces play important ...

One of the core assumptions in the study of complex systems is that there exist ‘universal’ features analogous to those that characterize the notion of universality in statistical physics. That is to say, sometimes the details do not matter: certain aspects of complex behaviour transcend the particularities of a given system, and are to be anticipated in any system of a multitude of simultaneou...

pmpd is a collection of objects for pure data (pd). These objects provide real-time simulations, specially physical behaviors. pmpd can be used to create natural dynamic systems, like a bouncing ball, string movement, chaos, fluid dynamics, sand, gravitation, and more. It can also be used to create displacements thus allowing a completely dynamic approach of pd computing. Pmpd can also be used ...

In this paper we present research which can be placed in the context of performance-oriented computer music. Our research aims at finding new strategies for the realization of enactive interfaces for performers. We present an approach developed in experimental processes and we clarify it by introducing a concrete example. Our method involves physical modelling as an intermediate layer between b...

We discuss how physical modelling can be used to reproduce atmospheric or oceanic flows in the laboratory. The similarity conditions for the effects of density stratification and Earth rotation are first presented. Then examples of results obtained on the large ‘Coriolis’ platform in Grenoble are described. These include topographic wakes in a stratified fluid and gravity currents. Physical mod...