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Dr. Ioannis Psaras at UCL focuses on ICN, SDN/NFV, IoT, and M2M communication. Discussing trends like IoT growth, driverless cars, video traffic surge, and privacy challenges.
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Dr Ioannis (Yiannis) Psaras EPSRC Fellow University College London Email: i.psaras@ucl.ac.uk Web:http://www.ee.ucl.ac.uk/~ipsaras/
UCL Team and Collaborators(in no particular order!:) International Collaborators Toru Hasegawa (UOsaka, Japan) Dirk Kutscher (NEC, Germany) K.K. Ramakrishnan (UCR, US) Mayurtan Arumathurai (UGoetingen) Ning Wang (UniS, UK) Ioannis Komnios (DUTH, GR) Vasilis Tsaousidis (DUTH, GR) … + quite a few more UCL Team VasilisSourlas KostantinosKatsaros Lorenzo Saino OnurAscigil Sergi Rene ArgyriosTasiopoulos George Pavlou Wei Koong Chai Projects EU FP7 COMET Project EU FP7/Japan NICT GreenICN Project EPSRC COMIT Project H2020 UMOBILE Project EPSRC INSP Early Career Fellowship (2015-2020) H2020/Japan NICT ICN 2020 Project
General Interests • Information-Centric Networks • Pretty much all aspects of ICN • Special focus on: caching, congestion control, mobility, architecture • SDN/NFV • Everyone does a bit of SDN.. • IoT and mobile communications
Trends that drive ourresearch IoT Video 50 Billion Devices by 2020 Driverless Cars Autonomous Cars out by 2020 By 2019, 80% of Internet traffic will be video
I would be interested discussing • M2M scope has to be narrowed down • A fridge to the local home gateway or to the user’s mobile phone • A car sensor to a roadside AP or to the user’s mobile phone • An ambulance to the traffic light • Some communication can be local, but some other applications might need to send traffic far away • Some communication might be critical, while some other more relaxed in terms of delivery time. • Blockchain and micropayment systems should be exploited for M2M
I would be interested discussing • Privacy: • Doors/Windows/Chimneys are not the only ways to get in a house anymore • Is google making all its money out of adverts? Google knows you have cancer before you do!! :( • M2M might disrupt a lot in this model. Because there is a lot at risk (for them), is there a chance for them to completely block widespread M2M?