CC*IIE Engineer: Campus Cyberinfrastructure Engineer for Arizona State University

该项目通过数据密集型研究项目支持亚利桑那州立大学(ASU)一大批不同学科的研究人员。飞秒纳米晶体学、生物质可再生能源、能源效率燃烧、国家地球望远镜项目、天体物理、沙漠水流和基因组学等数据密集型用例与亚利桑那州立大学、亚利桑那州、国家和世界各地的合作者共享一个共同的低延迟传输越来越大的数据集的需求。该项目利用亚利桑那州立大学在校园级动态网络服务方面的现有投资，更有效地支持更广泛的多样化和分布式研究和教育数据集。亚利桑那州立大学拥有强大的网络能力和科学非军事区，但研究小组通常需要特定的帮助，以克服在研究中以最佳方式使用这一先进基础设施的挑战。在这个为期两年的项目的支持下，园区基础设施工程师通过帮助校园研究人员最大限度地利用先进的网络资源，倡导亚利桑那州立大学内部研究网络基础设施的不同需求，并利用国内和国际资源和组织，如XSEDE和OSG，来弥合这一差距。园区基础设施工程师因此加强了整个大学的网络工程和数据密集型学科的具体研究。

This project supports a large and diverse set of discipline specific researchers at Arizona State University (ASU) with data-intensive research programs. Example data-intensive use cases such as femtosecond nanocrystallography, biomass renewable energy, combustion for energy efficiency, the national EarthScope project, astrophysics, desert water flows, and genomics share a common need for low-latency transfer of ever-larger data sets with collaborators across ASU, Arizona, the Nation, and the world. This project leverages existing ASU investments in campus level dynamic network services to more efficiently enable a larger range of diverse and distributed research and educational data sets. ASU has significant network capability and a Science DMZ, but research groups often need specific assistance overcoming the challenges of optimally using this advanced infrastructure for their research. The campus infrastructure engineer supported by this two-year project bridges this gap by helping campus researchers make the best use of the advanced networking resources, advocating for the differing needs of research cyberinfrastructure within ASU, and engages national and international resources and organizations such as XSEDE and OSG. The campus infrastructure engineer thus strengthens network engineering and data-intensive discipline specific research across the University.