22nd Annual Workshop on Interconnections within High-speed Digital Systems: Support for Student Participation, May 8-11, 2011 Santa Fe, NM.

该活动的目的是为来自美国大学的五名学生提供支持，以参加第22届IEEE/LEOS高速数字系统互连研讨会并参加学术海报会议。 研讨会将于2011年5月8日至5月11日在新墨西哥州圣达菲的埃尔多拉多酒店水疗中心举行。 研讨会的议程包括辅导、特邀讲座、互动式问题解决环节和学术海报环节。知识成果：数据流量的指数增长以及对高比特率通信和电子服务的日益增长的需求加速了互连技术领域的研究和发展。计算向并行多核处理的范式转变需要集成设计方法来解决网络、通信和高性能计算中从芯片级到系统级架构的互连瓶颈。本次研讨会将来自多个领域的主要研究人员和行业专家聚集在一起，讨论这些互连挑战的多学科性质，包括半导体器件，计算架构和算法，3D封装和光电集成。更广泛的影响：本次研讨会将对高速互连技术产生重大影响，讨论打破计算网络和通信系统带宽瓶颈的新方法。来自美国的初级研究人员，包括研究生和博士后，将受益于跨学科和互动研讨会的形式，培训他们提供下一代高性能互连解决方案。讲习班通过与学术组织和少数群体服务机构的互动，包括一个强有力的外联部分。

The objective of this activity is to provide support for five students from U.S. universities to attend the 22nd Annual IEEE/LEOS Workshop on Interconnections within High-Speed Digital Systems and participate in the academic poster session. The workshop will be held May 8 - May 11, 2011 at the Eldorado Hotel & Spa in Santa Fe, New Mexico. The workshop agenda includes tutorials, invited talks, interactive problem solving sessions, and an academic poster session.Intellectual Merit: The exponential growth in data traffic and ever increasing demand for high bit-rate communications and e-services has accelerated research and development in the area of interconnection technology. The paradigm shift in computing towards parallel multicore processing requires an integrated design approach to address interconnect bottlenecks from chip-scale to system-scale architectures in networking, communications, and high performance computing. This workshop addresses the multi-disciplinary nature of these interconnection challenges by bringing together key researchers and industry experts from a variety of fields, including semiconductor devices, computing architectures and algorithms, 3D packaging, and opto-electronic integration. An academic poster session includes contributions from a selected number of high quality student papers.Broader Impacts: This workshop will have significant impact on high-speed interconnection technology discussing novel approaches to break bandwidth bottlenecks in computing networks and communication systems. Junior researchers from the U.S., including graduate students and post-docs, will benefit from the interdisciplinary and interactive workshop format, training them to provide the next generation of high performance interconnection solutions. The workshop includes a strong outreach component through interactions with academic organizations and minority-serving institutions.