同济大学计算机科学与技术系智信讲坛第（29）期

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学术报告
同济大学计算机科学与技术系智信讲坛第（29）期


题目：Making Cellular Networks Scalable and Flexible
报告人：李博士（贝尔实验室研究员，IEEE院士，哥伦比亚教授）
时间：2:30 to 3:30 pm，Nov 28, 2014
地点：电信楼305室
组织单位：计算机科学与技术系
邀请人：杨阳教授


报告人简介：Li Erran Li received his Ph.D. in Computer Science from Cornell University. Since graduation, he has been with Bell Labs. He is also an adjunct professor at the Department of Computer Science at Columbia University, New York. He is an IEEE Fellow and an ACM Distinguished Scientist. His research interests are in networking and systems with a focus on cellular networks and mobile computing. Since 2011, To address the fundamental limitations of current cellular networks, he has been working on software-defined cellular networks and massive MIMO systems.

内容提要：The exponential growth of mobile data has put tremendous stress on the cellular network infrastructure. As a result, mobile providers are scrambling to aggressively build up their networks. Unfortunately, with today's designs, as providers add network capacity, the growth of capital and operational costs greatly outpace the growth in revenues.  To allow the network to scale cost-effectively, a radically new design of the cellular network infrastructure is necessary. In this talk, he will present CellSDN, a design based on software defined networking principles. Departing from the current proprietary hardware based data plane such as base stations, S-GW, and P-GW in LTE, CellSDN data plane consists of simple SDN switches, radio elements (simplified base stations), and virtualized network functions. To enable flexible control, we abstract the radio resources in the network as a 3D grid (radio elements, time and frequency), and abstract both the data plane and control plane with a set of logical and reconfigurable data plane omponents such as virtual base stations and switches. Leveraging the abstractions,He will present scalable control plane for network wide applications such as interference management, mobility management, and flexible  sharing of radio access networks.  

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