Evolving Always-Critical Networks

On Teaching Always-evolving Wireless Technologies

Teaching on wireless telecommunication networks faces a number of challenges, such as the fact that contents are dynamic in nature, the resulting framework is complex and heterogeneous, design principles can largely vary from one system to another, etc. In order to cope with these challenges, novel and advanced methodologies have to be implemented so that the expectations placed by students and...

Cooperative Co-Evolving Neural Networks for Robosoccer Simulation

Critical phenomena in evolving networks: Ferromagnetic phase transition in evolving network of stochastic cellular automata

The real-world systems: technological, biological or social networks are networks where connections between elements change in time. In the following we consider how changes in network connections influence properties of the system of ferromagnetically interacting elements living on the evolving network. In particular we concentrate on critical phenomena properties related to both topological c...

Evolving networks

Most real networks often evolve through time: changes of topology can occur if some nodes and/or edges appear and/or disappear, and the types or weights of nodes and edges can also change even if the topology stays static. Mobile devices with wireless capabilities (mobile phones, laptops, etc.) are a typical example of evolving networks where nodes or users are spread in the environment and con...

Best Practices in Population Modeling Should Always Be Evolving

Pfizer scientists present the population PK guidance that they recently developed and implemented.1 We welcome the initiative which serves multiple purposes: (i) provide Pfizer with feedback whether their practices are in line with the scientific community, (ii) allow other organizations to review/ update their own practices or develop their own guidance, (iii) provide developers of new methodo...