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CISE Research Infrastructure: Research Infrastructure for Parallel and Distributed Systems: Real-Time, Multimedia, and High-Performance

CISE 研究基础设施：并行和分布式系统的研究基础设施：实时、多媒体和高性能

基本信息

批准号：
9623865
负责人：
Stan Sclaroff
金额：
$ 87.4万
依托单位：
Trustees of Boston University
依托单位国家：
美国
项目类别：
Continuing grant
财政年份：
1996
资助国家：
美国
起止时间：
1996-09-15 至 2002-08-31
项目状态：
已结题

来源：
https://www.nsf.gov/awardsearch/showAward?AWD_ID=9623865&HistoricalAwards=false
关键词：
CISE Research Infrastructure Parallel Distributed

项目摘要

9623865 Chen, Marina Crovella, Mark Boston University CISE Research Infrastructure: Research Infrastructure for Parallel and Distributed Systems: Real-Time, Multimedia and High-Performance This award is for the acquisition of computing and communications resources to support the two primary research thrust of the Computer Science Department's experimental scientists. The disciplines of both high performance computing and digital multimedia are characterized by their need for distributed computing nodes connected by high-bandwidth interconnections. For high performance computing, distributed architectures are necessary to achieve sufficient price/performance when constructing gigaflops-capable machines. In addition, high-bandwidth interconnects provide the necessary data distribution paths to supply each processor with work. For digital multimedia, distributed systems allow multiple simultaneous users, and high-bandwidth interconnects are needed to supply the demands of multiple video and audio streams per user. The equipment will also enable Boston researchers to apply advances in high performance computing to multimedia, medical imaging research and their three WWW related projects, capitalizing on the unique collective strength of the department.

9623865 Chen，Marina Crovella，Mark 波士顿大学 CISE研究基础设施：并行和分布式系统的研究基础设施：实时，多媒体和高性能该奖项是为了获得计算和通信资源，以支持计算机科学系实验科学家的两个主要研究方向。高性能计算和数字多媒体学科的特点是需要通过高带宽互连连接的分布式计算节点。对于高性能计算，分布式架构是必要的，以实现足够的价格/性能时，构建千兆次浮点运算能力的机器。此外，高带宽互连提供了必要的数据分发路径，为每个处理器提供工作。对于数字多媒体，分布式系统允许多个同时的用户，并且需要高带宽互连来提供每个用户的多个视频和音频流的需求。该设备还将使波士顿研究人员能够将高性能计算的进步应用于多媒体，医学成像研究及其三个WWW相关项目，利用该部门独特的集体力量。