|
|
| Riga 2: |
Riga 2: |
| | * [[MultimediaCC | Multimedia Congestion Control ]] | | * [[MultimediaCC | Multimedia Congestion Control ]] |
| | * [[MultimediaCC | Skype Congestion Control identification ]] | | * [[MultimediaCC | Skype Congestion Control identification ]] |
| − | * [[ Westwood | TCP congestion control ]] | + | * [[Westwood | TCP congestion control ]] |
| − | * [[ TCP_over_Umts|TCP congestion control over a live UMTS network]] | + | * [[TCP_over_Umts|TCP congestion control over a live UMTS network]] |
| − | * Live/streaming video over IP | + | * [[OverlayNetworks | Multimedia networking applications]]: |
| − | * Rate Based Congestion Control (over UDP/IP stacks) for multimedia streaming | + | ** Live/streaming video over IP |
| − | * Peer-to-peer overlay for video distribution | + | ** Rate Based Congestion Control (over UDP/IP stacks) for multimedia streaming |
| | + | ** Peer-to-peer overlay for video distribution |
| | + | ** High Definition TV |
| | * Automatic tool for VoIP quality measurements | | * Automatic tool for VoIP quality measurements |
| | * Quality of service over IEEE 802.11e | | * Quality of service over IEEE 802.11e |
| − | * High Definition TV
| |
| | * TCP Congestion Control for gigabit networks | | * TCP Congestion Control for gigabit networks |
| − | * Multimedia congestion control
| |
| | * Performance evaluation of end-to-end control algorithms in wired an wireless scenarios (GPRS/EDGE/UMTS/IEEE 802.11) | | * Performance evaluation of end-to-end control algorithms in wired an wireless scenarios (GPRS/EDGE/UMTS/IEEE 802.11) |
