US-India Networking and e-Science Workshop, Bangalore, March, 2010.

威廉姆斯印第安纳大学和Internet2将在班加罗尔举办由印第安纳大学、Internet2、印度教育和研究网络(ERNet)和印度信息技术部(DIT)联合主办的美印网络和电子科学研讨会。研讨会将于2010年3月初在班加罗尔的印度科学研究所(IISc)举行，两国的主要研究和教育网络服务提供商以及一批顶尖研究人员将汇聚一堂。他们将讨论网络发展、合作研究活动，以及两国如何确保网络网络基础设施可用于支持和促进科学合作。这次研讨会的智力价值将使印度网络网络基础设施社区参与进来，而印度网络基础设施社区长期以来一直缺席全球研究和教育网络界。这反过来意味着，印度科学界没有与他们的同事建立良好的联系，也没有与世界各地越来越多的科学仪器和数据建立良好的联系，而这些仪器和数据是他们成为全球科学界的一部分所必需的。这次研讨会将开始为印度科学和网络网络基础设施社区弥合这些差距，不仅使印度社区受益，也将使那些希望与印度同行一起寻求科学挑战的美国人受益。更广泛的影响更广泛的影响包括将网络网络基础设施实践者和依赖这一基础设施的主要科学界聚集在一起，我们相信这将导致这两个社区之间持续、可持续的互动。天文学和气候变化界从高能物理中学到了什么？对于大型强子对撞机实验数十年来对数据模型和带宽需求的规划，我们预计这里的一些规划和应用方法将适用于其他科学界。

0960487Williams Indiana University and Internet2 will hold a US-India Networking and e-Science Workshop in Bangalore jointly hosted by Indiana University, Internet2, the Indian Education and Research Network (ERnet), and the Indian Department of Information Technology (DIT). The workshop will be convened at the Indian Institute of Sciences (IISc), Bangalore in early March 2010 and will bring together key research and education network service providers and a group of leading researchers from both countries. They will discuss network developments, collaborative research activities, and how both countries can ensure that network cyberinfrastructure will be available to support and foster scientific collaboration.Intellectual Merit This workshop will engage the Indian network cyberinfrastructure community, which has been long absent from the global research and education networking community. This, in turn, has meant that the Indian science community has not been well-connected with their colleagues or with the scientific instruments and data increasingly located around the world that are necessary for them to be part of the global science community. This workshop will begin to bridge those gaps for the Indian science and network cyberinfrastructure communities, benefiting not only the Indian community but also those in the U.S. who wish to pursue scientific challenges with Indian counterparts. Broader Impacts Broader impacts include bringing together network cyberinfrastructure practitionerswith key science communities dependent on that infrastructure in a way that we believe will lead to ongoing, sustainable interactions between the two communities. Much as the astronomy and climate change communities are learning from the high energy physics? communities decades-long planning of data models and bandwidth needs for the Large Hadron Collider experiment, we expect that a number of the planning and application methods here will be transferable to other science communities.