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Control, Communication and Computing Lab

The Control, Communication and Computing Lab focuses on the convergence of computer, communication and control to design and analyze large networked complex systems.

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Control, Communication and Computing Lab

The Control, Communication and Computing Lab focuses on the convergence of computer, communication and control to design and analyze large networked complex systems.

Research Topics	Research Projects
Mobile Robotics Indoor Localization Controllo di motori elettrici per guida autonoma Low Delay Protocols Reducing HTTP latency with Quick UDP Internet Connections (QUIC) Congestion control for real-time flows: Google Congestion Control for Web Real-time Communication (WebRTC) Skype audio/video congestion control Adaptive Live Video Streaming Load Balancing and Resource allocation for Cloud-based multimedia delivery networks SIP Overload Control TCP congestion control: TCP Westwood+ over UMTS and HSDPA TCP Congestion Control for gigabit networks Quality of service over IEEE 802.11e	"ARtIficiAl iNtelligeNce for virtuAl meetings (ARIANNA)" - PR PUGLIA FESR (2021-2027) "LOw-delay congestion control for REal-time applications over the iNternet (LOREN)" - "Funded by NextGenerationEU" "a Cloud-based pLatform for Immersive adaPtive video Streaming (CLIPS)" - Funded by MISE (2017-2020) "Congestion control algorithm for Web real-time communication (WebRTC)." - Google Faculty Award 2014 "Progetto PAC MAIVISTO (Massive Adaptive Video STreaming over the Internet Using the Cloud)" - Funded by MIUR (2014-2016) "Architecture for Robust and Efficient Control of Dynamic Adaptive Video Streaming over HTTP." - Cisco Academy Research Award (CG #574954) March 2013. "PLATform for INnOvative services in future internet" PON PLATINO, 2012-2015, funded by MIUR "RES Novae" (Reti, Edifici, Strade - nuovi obiettivi virtuosi per l'ambiente e l'energia), 2012-2015, funded by MIUR "End-to-end protocols for video over IP", 2008-2009, funded by Financial Tradeware plc FAMOUS (PRIN) "End-to-End protocols for audio/video over Internet protocol", 2005-2006, funded by Financial Tradeware plc TCP Westwood+ This protocol was an outcome of the TANGO project Cost 290 WIP (Wireless Internet Protocol)

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Research Topics	Research Projects
Mobile Robotics Indoor Localization Controllo di motori elettrici per guida autonoma Low Delay Protocols Reducing HTTP latency with Quick UDP Internet Connections (QUIC) Congestion control for real-time flows: Google Congestion Control for Web Real-time Communication (WebRTC) Skype audio/video congestion control Adaptive Live Video Streaming Load Balancing and Resource allocation for Cloud-based multimedia delivery networks SIP Overload Control TCP congestion control: TCP Westwood+ over UMTS and HSDPA TCP Congestion Control for gigabit networks Quality of service over IEEE 802.11e	"ARtIficiAl iNtelligeNce for virtuAl meetings (ARIANNA)" - PR PUGLIA FESR (2021-2027) "LOw-delay congestion control for REal-time applications over the iNternet (LOREN)" - "Funded by NextGenerationEU" "a Cloud-based pLatform for Immersive adaPtive video Streaming (CLIPS)" - Funded by MISE (2017-2020) "Congestion control algorithm for Web real-time communication (WebRTC)." - Google Faculty Award 2014 "Progetto PAC MAIVISTO (Massive Adaptive Video STreaming over the Internet Using the Cloud)" - Funded by MIUR (2014-2016) "Architecture for Robust and Efficient Control of Dynamic Adaptive Video Streaming over HTTP." - Cisco Academy Research Award (CG #574954) March 2013. "PLATform for INnOvative services in future internet" PON PLATINO, 2012-2015, funded by MIUR "RES Novae" (Reti, Edifici, Strade - nuovi obiettivi virtuosi per l'ambiente e l'energia), 2012-2015, funded by MIUR "End-to-end protocols for video over IP", 2008-2009, funded by Financial Tradeware plc FAMOUS (PRIN) "End-to-End protocols for audio/video over Internet protocol", 2005-2006, funded by Financial Tradeware plc TCP Westwood+ This protocol was an outcome of the TANGO project Cost 290 WIP (Wireless Internet Protocol)