G. Rizzo

This paper describes a possible approach to tackle this issue, based on combining three paradigms: Content-Centric Networking (CCN), Floating Content (FC) and Software-Defined Networking. Expand

The adaptive game-theoretic scheme allows increasing of the QoS of the communication means by lowering the loss rate and also keeps moderate the energy consumption. Expand

The advent of the Internet of Things (IoT) opens a wide spectrum of interesting opportunities for the creation of novel scenarios. Expand

This work presents a first analytical model of vehicular FC performance in vehicular networks in urban settings. Expand

We study an opportunistic geographically constrained information sharing paradigm known as Floating Content (FC), considering two different mobility models that describe the behavior of pedestrians. Expand

In this paper we study static and dynamic approaches to energy efficiency in dense cellular networks, where interference is one of the main limiting factors. Expand

VANETs can benefit by using an infrastructure-less model such as Floating Content (FC) in absence of infrastructures. Expand

We present the architecture of Floater, a mobile application that implements opportunistic communication for context-aware services in post-disaster scenarios. Expand

A first attempt at designing and assessing GL schemes suited for scenarios with moving nodes with the application of predicting the trajectory of moving cars. Expand