Flexible Architectural Cores for Commerical Computing Systems: A University-Industry GOALI Collaboration

用于商业计算系统的灵活架构核心：大学与行业 GOALI 合作

• 批准号: 9900605
• 负责人: David Lilja
• 金额: $ 19.69万
• 依托单位: University of Minnesota-Twin Cities
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 1999
• 资助国家: 美国
• 起止时间: 1999-09-15 至 2003-08-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=9900605&HistoricalAwards=false
• 关键词: Flexible; Architectural; Cores; Commerical; Computing

Commercial computing workloads, such as on-line transactionprocessing, file-serving, data mining, and web-serving, currentlyrepresent about 85 percent of the overall market for large computingsystems. Nevertheless, much of the computer architecture researchto date has focused on improving the capability of computer systemsto access, process, and store the large arrays of data common tonumerically-intensive workloads. The implicit assumption has beenthat all types of computer systems would benefit from thearchitectural innovations developed for these applications. Toaddress this disparity between the economic importance of commercialcomputing systems and the traditional architecture development focuson technical computing systems, this project is developing theFlexible Architectural Cores for Commercial Computing Systemsprocessor architecture. This new architecture is based on theobservation that the constantly changing behavior in a commercialcomputing environment causes different architectural innovations tobe applicable during different phases of execution. A unique aspectof this project that will significantly enhance its relevance tocommercial computing environments is the close collaboration of theIBM Corporation's commercial microprocessor development group inRochester, Minnesota. This project will make substantialcontributions to educational and human resource development throughgraduate student research and interaction with industry.

商业计算工作负载，例如在线交易过程，文件服务，数据挖掘和网络服务，目前证明了大型计算系统的总体市场约85％。 然而，许多计算机架构研究日期都集中在提高计算机系统访问，处理和存储大量数据的能力。 隐含的假设使所有类型的计算机系统都将受益于为这些应用开发的ThearchItectural Innovations。 蟾蜍在商业计算系统的经济重要性与传统的体系结构开发重点技术计算系统之间的差异，该项目正在开发用于商业计算系统制作者体系结构的富裕建筑核心。 这种新的体系结构是基于观察性的，即商业计算环境中不断变化的行为会导致在执行的不同阶段中适用于不同的建筑创新。 该项目的一个独特方面将大大增强其相关性供应计算环境，这是Theibm Corporation商业微处理器开发小组Inrochester，Minnesota的密切合作。 该项目将对跨越学生的教育和人力资源发展和人力资源开发和与行业的互动进行实质性贡献。