Luca De Cicco

TL;DR: A control-theoretic analysis of the dynamical system is carried out to prove some fundamental properties that fully characterize the reprioritization phenomenon and proposes a simple and practical system-level solution that is able to reinstate priorities among protocols.

TL;DR: The Darwin Streaming Server implements a TCP-like congestion control that is more aggressive than TCP; in particular, when more QuickTime flows share the same link with TCP flows, QuickTime gets more bandwidth than TCP.

TL;DR: TAPAS-360° is an open-source tool that enables designing and experimenting all the components required to build omnidirectional video streaming systems and can be used by researchers focusing on the design of viewport-adaptive algorithms and also to produce video streams to be employed for subjective and objective Quality of Experience evaluations.

TL;DR: The Persistent Identification and NeTworking research framework (PINT) is presented; an implementation of the Transient Network Architecture currently being developed between the University of New Mexico and the Corporation for National Research Initiatives.

TL;DR: In this paper, the performances of TCP and TFRC congestion control schemes in wired public Internet and in mixed wired/wireless Internet using a commercial UMTS card were investigated, and the experiments carried out have shown that TFRC exhibits smoother rate dynamics in all wired scenarios, whereas in the case of UMTS scenario its burstiness is comparable to that of TCP.