CC-NIE Network Infrastructure: Wayne State University

该项目升级了韦恩州立大学理科的计算机网络基础设施。它有两个主要组成部分。第一个建立了专用的高速连接，从科学网络流量的主要生成者、在粒子、核物理和天体物理方面合作的国际项目的物理学家、致力于高速网络的计算机科学家以及对基因进行测序的生物医学研究人员，到校园计算中心，现有的高速连接到国家科学网络的终端。第二，韦恩州立大学物理大楼的本地网络基础设施已升级到计算机科学和韦恩州立医学院已经具备的现代标准。该项目缓解了当前和未来日益需要共享大量数据和安全网络通信的国家和国际科学合作。例如，韦恩州立大学计划在韦恩州立大学建立一个大型强子对撞机三级场来处理和分析大型强子对撞机数据，使用OpenFlow将韦恩州立大学计算机科学公司连接到国家基因组网络，并完成韦恩州立大学应用基因组技术中心和一家欧洲公司的合资企业，以进行商业利益的基因测序，以换取对生成的数据的研究使用。韦恩州立科学网还将在校园内更有效地利用基于台式电脑的现代视频会议和数据共享工具。

This project upgrades the computer network infrastructure for science at Wayne State University. It has two major components. The first builds a dedicated high speed connection from the main generators of science network traffic, physicists who collaborate on international projects in particle, nuclear, and astrophysics, computer scientists working on high speed networking, and biomedical researchers sequencing genes, to the campus computing center where existing high speed links to national science networks terminate. Second the local network infrastructure in the Wayne State Physics Building is upgraded to modern standards as already in place in Computer Science and the Wayne State School of Medicine. The project eases current and enables future national and international scientific collaboration that increasingly require sharing of large amounts of data and secure network communication. For example, Wayne State plans to build a LHC Tier-3 farm to process and analyze LHC data at Wayne State, connect Wayne State Computer Science to the National GENI network using Openflow, and complete a joint venture between the Wayne State Applied Genomics Technology Center and a European firm to do gene sequencing of commercial interest in return for research use of the generated data. A dedicated Wayne State Science Network will also enable more effective use on campus of modern desktop based videoconferencing and data sharing tools.