Revisione 11:34, 3 Ott 2007

Computer, Communication and Control Lab

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

• 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

Research Projects

• "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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