NSF Workshop on Cyber-Fluid Dynamics: New Frontiers in Research and Education

建议没有。项目名称：美国国家科学基金会“网络流体动力学：研究与教育的新领域”研讨会的部分经费，主要用于旅行和出席美国国家科学基金会“网络流体动力学：研究与教育的新领域”研讨会。美国国家科学基金会已经对网络基础设施进行了投资，其中包括网络发现和创新（CDI）的多个方面，这是一个主要的优先事项。流体动力学发现先进的计算非常有用，并且确实导致了许多计算上的进步。然而，为了最大限度地发挥nsf赞助的计算资源的影响，迫切需要实现代码和数据的系统共享。本次研讨会将邀请研究界的主要成员、美国国家科学基金会项目官员和超级计算界的代表，参与交流思想，建立协同合作伙伴关系，以应对研究和教育新领域的挑战和机遇。为期1.5天的计划将包括由选定的受邀者和NSF官员进行的演讲，以及小组和全体讨论。我们希望这次研讨会将赋予首字母缩略词CFD新的含义，即网络流体动力学，一个比传统的“计算”流体动力学更广泛的概念。拟议的活动将有利于流体动力学和高级计算，特别是通过虚拟组织的概念（nsf07- 558）。通过讲习班的后续行动，更广泛地获得数据、算法和专门知识，将为“基于模拟的科学”方法注入活力，这种方法适用于许多流体流动问题。反过来，这些问题的苛刻要求将为nsf支持的超级计算机中心提供反馈和进一步的动力，以改进为科学用户社区服务的工具和政策。研讨会报告中的建议还将强调如何利用令人兴奋的网络基础设施前沿来提高公众对流体动力学的认识，从代表性不足的群体中招募学生，并为培养计算科学和工程方面的新劳动力做出贡献。所有的报告都将在乔治亚理工学院的会议网站上发布和维护。一份包括一系列建议的正式报告将提交给美国国家科学基金会。

PROPOSAL NO.: CBET-0735157PRINCIPAL INVESTIGATORS: P.K. YEUNGINSTITUTION: Georgia Institute of Technology"NSF WORKSHOP ON CYBER-FLUID DYNAMICS: NEW FRONTIERS IN RESEARCH AND EDUCATION"The grant is for partial funding, primarily for the travel and attendance at the NSF Workshop on "Cyber-Fluid Dynamics: New Frontiers in Research and Education". The National Science Foundation has made investment in Cyberinfrastructure, including multiple aspects of Cyber-enabled Discovery and Innovation (CDI), a major priority. Fluid dynamics has found advanced computation very useful, and has, indeed, led in many computational advances. However, to maximize the impact of NSF-sponsored computational resources, there is a critical need to enable systematic sharing of both codes and data. This Workshop will invite leading members of the research community, NSF Program Officers, and representatives the supercomputing community, to engage in exchanging ideas and to build synergistic partnerships that will address the challenges and opportunities at new frontiers in both research and education. The 1.5-day program will include presentations by selected invitees and NSF officials, as well as group and plenary discussion periods. We hope this Workshop will give a new meaning to the acronym CFD as Cyber Fluid Dynamics, a broader concept than traditional "computational" fluid dynamics. The proposed activity will benefit both fluid dynamics and advanced computation, especially through the concept of Virtual Organizations (nsf07- 558). Wider availability of data, algorithms, and expertise via follow-up actions to the Workshop will invigorate the "simulation-based science" approach which is applicable to many fluid flow problems. The demanding requirements of these problems will, in turn, provide feedback and further impetus for NSF-supported supercomputer centers to improve on tools and policies serving the scientific user community. Recommendations in the Workshop report will also highlight how to leverage the exciting frontiers of Cyberinfrastructure to increase public awareness of fluid dynamics, recruit students from underrepresented groups, and contribute to training a new workforce in computational science and engineering. All presentations will be posted and maintained on a conference website hosted at Georgia Tech. A formal report that includes a set of recommendations will be delivered to NSF.