CC*IIE Networking Infrastructure: Accelerating Science,Translational Research, and Collaboration at the University of Pittsburgh through the Implementation of Network Upgrades.

“CC*IIE网络基础设施：通过实施网络升级加速匹兹堡大学的科学，转化研究和协作”项目为该大学的网络基础设施增加了新的容量和功能，使研究和电子科学能够使用高性能计算（HPC）和大数据资源。该项目将校园网络连接升级到区域网关，增加了大学数据中心的网络容量，并为参与本地，区域和国际科学项目的合作者提供了更好的实用性。这一新能力所提供的基础，使皮特的网络基础设施的增强，以满足合作和多学科数据驱动的研究迅速扩大的需求。使用ScienceDMZ设计模式改进了科学数据流的移动，并允许新的共享和协作模式。受益于此的研究项目包括使用超大规模基因组学数据集进行个性化医学研究的可扩展方法，扩展湍流反应流高保真预测的最新技术水平的跨学科合作，和对ATLAS项目的贡献，涉及在高-提高研究人员利用能力和知识的能力，在高能物理等领域科学领域内外带来更广泛的影响。许多赞助的项目受益于当地、区域和国际科学资源能力的提高。新的网络容量和功能为本科生的研究、教学、培训以及与更大的研究科学家和网络工程师社区共享数据带来了新的合作和教育机会。项目交流包括校园研讨会，会议，演示和定期的电子通信社区的教师，学生和研究人员。

The "CC*IIE Networking Infrastructure: Accelerating Science, Translational Research, and Collaboration at the University of Pittsburgh Through the Implementation of Network Upgrades" project adds new capacity and capabilities to the University's cyberinfrastructure enabling research and e-science using high performance computing (HPC) and big-data resources. This project upgrades the campus network connection to the regional gateway, increases network capacity to the University data center, and provides improved utility to collaborators engaged in local, regional, and international science projects. The foundation provided by this new capacity enables enhancement of Pitt's cyberinfrastructure to meet rapidly expanding needs in collaborative and multi-disciplinary data-driven research. Using the ScienceDMZ design pattern improves the movement of scientific data flows and allows new modes of sharing and collaboration. Research projects benefiting from this include scalable approaches for use of extremely large-scale genomics data sets for research in personalized medicine, interdisciplinary collaborations expanding the state-of-the-art in high-fidelity predictions of turbulent reacting flows, and contributions to the ATLAS project involving discoveries in high-energy particle physics.Improving researchers' ability to exploit capacity and knowledge brings broader impacts within and beyond domain science areas such as high energy physics. Numerous sponsored projects benefit from the improved capacity to local, regional and international scientific resources. New network capacity and capabilities spur new collaboration and education opportunities for undergraduate research, teaching, training, and sharing of data with a larger community of research scientists and network engineers. Project communications include on-campus workshops, meetings, presentations and regular e-based communications to communities of faculty, students, and researchers.