Benefits of Tapping into In-Situ Big Data Processing

报告题目: Benefits of Tapping into In-Situ Big Data Processing

报告人：李    超  副研究员（上海交通大学）

主持人：陈铭松  副教授

时间：2015年5月20日周三 13:30—14:30

地点：中北校区数学馆201

报告摘要：

    Distributed big data sets are pushing the limits of data processing. The challenge for handling these data in the cloud is increasing rapidly due to the time-consuming bulk data transfer and the increasing power capacity needs for analyzing them in a single location. Thus, it is timely to rethink the architecture of today’s cloud-oriented data processing that places a heavy emphasis on central warehouse-scale systems. In this talk I'll introduce the concept of in-situ computing, a viable design alternative supporting the sustainable evolution of data processing in the big data era. （在万物互联以及信息物理融合的趋势下，分布式大数据挑战着数据处理的极限。传统云数据中心缺乏对此类数据的应对能力，主要原因在于极大的数据传输开销和供电容量限制。这个报告旨在思索传统的基于中央云数据中心的设计模式，并介绍“场上计算”的概念。场上计算可以作为目前云计算的有机补充，为大数据时代的可持续发展铺路。）

报告人简介：

    Chao Li is a tenure-track assistant professor in the Department of Computer Science and Engineering at Shanghai Jiao Tong University. He earned his PhD at the University of Florida, where he has received a prestigious Attributes of a Gator Engineer Recognition Award. Chao's work focuses on computer architecture and green computing techniques. He has received a Best Paper Award at the premier computer architecture conference HPCA. He is a winner of the Yahoo! Key Scientific Challenges Award in the area of green computing and a Facebook Fellowship in Computer Architecture. He is a member of IEEE, ACM, and CCF. （李超，博士，现为上海交大计算机系特聘副研究员，博士生导师。本科毕业于浙江大学，博士毕业于美国佛罗里达大学。主要从事计算机体系结构、高能效数据中心，以及绿色计算相关的基础架构研究。他在体系结构顶尖会议如ISCA, HPCA, MICRO等发表多篇第一作者论文，并获得2011年度HPCA最佳论文奖。他是中国计算机学会体系结构专委会委员，多次参与重要SCI期刊如TPDS，JPDC，JETCAS的评审，并担任相关国际会议的组织委员和程序委员。）