|
|
| (Una versione intermedia di uno stesso utente non è mostrata) |
| Riga 10: |
Riga 10: |
| | | | |
| | === Multimedia congestion control === | | === Multimedia congestion control === |
| − | ** WebRTC congestion control for mutlimedia flows
| + | * WebRTC congestion control for mutlimedia flows (Google Congestion Control) |
| − | ** Design and Implementation of Rate Based algorithms over UDP/IP
| + | * Design and Implementation of Rate Based algorithms over UDP/IP |
| | | | |
| | === Control algorithms for multimedia applications over IP === | | === Control algorithms for multimedia applications over IP === |
| Riga 27: |
Riga 27: |
| | === Next Generation Internet Design === | | === Next Generation Internet Design === |
| | * Transient Network Architecture | | * Transient Network Architecture |
| − |
| |
| − | === Network measurements ===
| |
| − | * [[Libnetmeas | LIBrary for NETwork MEASurement]]
| |
| − | * [[TestnetFramework | TestNet Framework ]]
| |
Versione attuale delle 17:45, 12 Giu 2017
Main research interests are the following:
Mathematical modelling of computer networks applications
Multimedia congestion control
- WebRTC congestion control for mutlimedia flows (Google Congestion Control)
- Design and Implementation of Rate Based algorithms over UDP/IP
Control algorithms for multimedia applications over IP
- Design of rate-adaptation for P2P video streaming applications
- Design of stream-switching control algorithms for live video streaming
- Modelling of stream-switching controllers
Overload Control
- CPU Overload control in SIP servers
Congestion Control
Next Generation Internet Design
- Transient Network Architecture
