Topic ：  海量数据传输的现状与展望

Time：   2013年3月11日（周一）下午2:00-3:30

Venue：  玉泉校区行政楼208

Speaker：单雷博士

      (美国IBM T J Watson  研究中心高级研究员)

Biography

Dr. Lei Shan received his MS degrees in EE & ME in 1998 and PhD degree in 2000 from Georgia Institute of Technology. In 2001, he joined IBM T.J. Watson Research Center, as a Research Staff Member, where he works on high speed electronics/optoelectronics sub-system designs, multi-physics modeling, and system characterization / qualifications.  He designed and demonstrated high speed packaging modules for 50Gbps multiplexer  and demultiplexer based on IBM SiGe BiCMOS technology. Thereafter, he has been involved in the management of  numerous government  and  industrial projects,  including 10G Ethernet, Terabus (48x20Gbps) optical links, 25Gbps aggregated electrical links, and 60GHz/94GHz mmWave applications. During the past 12 years, he has been recognized with sixteen corporate level awards. His recent research interest focuses on massive data transmission technologies for exascale computing and communication systems, particularly precision designs, ultra low-loss dielectric in hybrid laminations, and cost-effective organic substrate technologies for SiP/SoP. Dr. Shan has authored 60 publications with three Best Paper Awards and holds over 20 US patents with two corporate invention awards.

摘要

海量数据的存储和处理效率很大程度上取决于系统内部以及系统与系统之间的数据传输能力。目前，数据传输主要包括光、电、和无线等方式。随着超高清晰图像、视频、网络存储、和云计算等数据流所占比例的不断增加，特别是exascale超大计算系统时代的到来，现有的数据传输技术不论是在带宽还是在功耗方面都将面临全新的挑战。在本报告中，单雷博士将基于海量数据传输的需求，对几种数据传输技术的现状做综合论述，并总结和预测未来的新技术的前景。