(→Congestion Control) |
(→Multimedia congestion control) |
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{{DeCicco}} | {{DeCicco}} | ||
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Main research interests are the following: | Main research interests are the following: | ||
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=== Mathematical modelling of computer networks applications === | === Mathematical modelling of computer networks applications === | ||
* [[MultimediaCC | Skype audio hybrid system model]] | * [[MultimediaCC | Skype audio hybrid system model]] | ||
− | * Adaptive video streaming | + | * Adaptive video streaming |
* SIP overload control | * SIP overload control | ||
* Smith-predictor based congestion control | * Smith-predictor based congestion control | ||
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+ | === 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 === | === Control algorithms for multimedia applications over IP === | ||
Riga 24: | Riga 24: | ||
* [[Westwood | TCP Westwood+]] | * [[Westwood | TCP Westwood+]] | ||
* TCP cong. control performance evaluations over [[TCP_over_Hsdpa | HSPA]] and [[TCP_over_Umts | UMTS]] | * TCP cong. control performance evaluations over [[TCP_over_Hsdpa | HSPA]] and [[TCP_over_Umts | UMTS]] | ||
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=== Next Generation Internet Design === | === Next Generation Internet Design === | ||
* Transient Network Architecture | * Transient Network Architecture | ||
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Luca De Cicco | |
Associate Professor, PhD |
Home | Research | Publications | Teaching | TAPAS |
Main research interests are the following:
Luca De Cicco | |
Associate Professor, PhD |
Main research interests are the following: