• 讲座信息

Dynamic backhauling network to support Mobile Cloud service

2014.04.15

'''演讲人:Guido Maier

讲座时间:2014 年 4 月 17 日(星期四)10:00-11:00

讲座地点:张江校区计算机楼 405 教室

联系人:王新

讲座摘要:
In the future Internet, the Cloud computing will impose as the main paradigm to deliver high-quality services to customers. Moreover, users will demand for the capability of accessing contents ubiquitously by their smart mobile terminals, with ever-increasing quality of experience. On the other side, virtualization will allow Cloud operators moving servers and data throughout the network, to optimize datacenter utilization and to minimize content-to-user distance. In such a scenario, the mobility of both users and computing resources is expected to change the traditional traffic patterns in the direction of ever increasing dynamic behaviour. Network operators are very interested to new mobile-Cloud-aware mechanisms and protocols to control the backhauling network. SDN seems to be a promising solution, but investigation is still necessary to understand what specific functions are needed and how they should be deployed in the control plane. Politecnico di Milano will bring to MobileCloud project its expertise on network dimensioning, planning and simulation and its past and presence collaborations with transport-network operators, in order to contribute to such investigation.

讲者介绍:
Guido Maier
He received his Laurea degree in Electronic Engineering (1995) and his Ph.D. degree inTelecommunication Engineering (2000) at Politecnico di Milano (Italy). From 1995 until February 2006 he has been researcher at CoreCom (research consortium supported by Pirelli and Politecnico di Milano in Milan, Italy), where he achieved the position of Head of the Optical Networking Laboratory. On March 2006 he joined the Department of Electronics and Information at Politecnico di Milano as Assistant Professor. His current main areas of interest are: routing in multidomain networks, semitransparent optical networks, optical interconnections and backplane, software defined networks.
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