Edge computing is a key enabler for low-latency and energy-saving networks

报告题目：Edge computing is a key enabler for low-latency and energy-saving networks

报告人：王礼锋博士，伦敦大学学院（UCL, University College London）电子与电气工程系

时间：12月25日（星期二）上午10点-11点

地点：科学楼309会议室

联系人：李聪

欢迎感兴趣的老师和同学参加交流！

 

Title: Edge computing is a key enabler for low-latency and energy-saving networks

Abstract:  Edge computing is an emerging service technology, which can significantly reduce the latency and energy consumption in future wireless networks (beyond 5G). The rationale behind it is that base stations/access points own the cloud computing capabilities and execute users’ computing-intensive tasks at the edge. In this talk, we focus on how to integrate the edge cloud and traditional centralized cloud computing in a cooperative manner, to further cut the latency and energy consumption. In addition, a dynamic edge computing control solution is devised by addressing the mobility issue in vehicle-to-everything (V2X) networks. 

个人简介：王礼锋博士的研究领域主要集中在无线密集随机网络建模、分析、优化、信号处理和分析等，在IEEE Trans./Magazine等国际权威SCI期刊发表论文27篇（其中9篇一作，4篇通信作者，其余均为共同一作），在国际权威会议发表论文19篇（包括2篇特邀论文），截止2018年11月Google 引用率为1900+，h-index 22， SCI他引600+，5篇ESI高被引用论文。2015年10月起担任IEEE Communications Letters的编委(Editor)，并在2016年和2017年连续两年被评为模范编委(10%)。