NSF Workshop on Creating Scientific Software Innovation Institutes for Sustained Cyberinfrastructure Achievement and Excellence

NSF 关于创建科学软件创新机构以实现网络基础设施持续成就和卓越的研讨会

• 批准号: 1049273
• 负责人: Stanley Ahalt
• 金额: $ 5万
• 依托单位: University of North Carolina at Chapel Hill
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2010
• 资助国家: 美国
• 起止时间: 2010-10-01 至 2011-03-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1049273&HistoricalAwards=false
• 关键词: NSF; Workshop; Creating; Scientific; Software

CF21 is a comprehensive vision that recognizes software as a primary modality for science research. The complexity of how disparate software elements form a cohesive, sustainable cyberinfrastructure becomes staggering, as more elements are produced from an increasing number of funded initiatives targeting technological capability and community interactions at national and international scales. The environmental observatory community ecosystem must encompass all elements comprising this cyberinfrastructure, crosscutting through technologies, disciplines, communities, and practices towards accelerating scientific progress and competitiveness. NSF-funded environmental observatories and related cyberinfrastructure projects are broad and span many communities including AON (Arctic Observing Network), CHyMP (CUAHSI Hydrologic Modeling Platform), CUAHSI HIS (CUAHSI Hydrologic Information System), CZOs (Critical Zone Observatories), HydoNexrad (Hydro Next-generation Radar), LTER (Long-Term Ecological Research), NEON (National Ecological Observatory Network), OOI (Ocean Observing Initiative), and WSC (Water Sustainability and Climate Program). Each of these has their own software development efforts and has overlapping cyberinfrastructure requirements and science agendas, yet there is no unified effort that facilitates sustainable research, education and communication cross-cutting through all of them. This NSF-sponsored workshop provides a forum for exploring how to realize the CF21 vision and yield robust, sustainable products and methods that respond to the growing cyberinfrastructure needs of the environmental observatory communities. It addresses community architectures driving effective governance models for coordination of sustainable community practices including integration of community workflows, interoperability of resources, and virtual organization principles that will drive new science at the interstices of these communities. The workshop provides the opportunity for open discussion among leaders in each of the environmental observatories, industry, HPC, grid, cloud, campus bridging and workforce training on the topic of what constitutes a successful S2I2 institute.

CF21是一个全面的愿景，将软件视为科学研究的主要模式。不同的软件元素如何形成一个有凝聚力的，可持续的网络基础设施的复杂性变得惊人，因为越来越多的资助项目产生了更多的元素，这些项目的目标是国家和国际范围的技术能力和社区互动。 环境观测站社区生态系统必须包括构成这一网络基础设施的所有要素，贯穿技术、学科、社区和实践，以加速科学进步和竞争力。 NSF资助的环境观测站和相关的网络基础设施项目范围广泛，跨越包括AON在内的许多社区（北极观测网络），CHyMP（CUAHSI水文模拟平台），CUAHSI HIS（CUAHSI水文信息系统），CZO（临界区观测站），HydoNexrad（Hydro下一代雷达），LTER（长期生态研究），氖（国家生态观测网络），OOI（海洋观测倡议）和WSC（水可持续性和气候计划）。 每一个都有自己的软件开发工作，并有重叠的网络基础设施要求和科学议程，但没有统一的努力，促进可持续的研究，教育和沟通贯穿所有这些。 这个由NSF赞助的研讨会提供了一个论坛，探讨如何实现CF21的愿景，并产生强大的，可持续的产品和方法，以满足环境观测社区日益增长的网络基础设施需求。 它解决了社区架构，推动有效的治理模式，以协调可持续的社区实践，包括社区工作流程的整合，资源的互操作性和虚拟组织原则，将在这些社区的间隙驱动新的科学。 该研讨会为每个环境观测站，工业，HPC，网格，云，校园桥接和劳动力培训的领导者提供了公开讨论的机会，主题是什么构成了一个成功的S2I2研究所。