CC* Networking Infrastructure: Enabling Data Intensive Science at Cornell University

该项目名为CC*网络基础设施：使康奈尔大学的数据密集型科学成为可能，旨在将大学主数据中心的网络连接升级到Internet2，从而对康奈尔大学以前受带宽限制的研究产生变革性影响。升级后的网络基础设施为康奈尔大学的教师和学生研究人员提供了更快、更大容量的远程数据集、仪器、计算和数据分析资源，从而推动了知识和发现的发展。数据驱动学科（包括天文学、计算机科学、高能物理、生命科学和材料科学）的校园研究人员正在使用升级后的网络来缩短科研时间和提高研究人员的生产力。这一升级也为康奈尔大学及其国家合作者做好了准备，以应对未来由物联网、更强大的科学仪器和云计算模型驱动的数据增长，这些模型可以在机构之间共享大规模数据和资源。康奈尔大学100G（每秒千兆比特）组件支持的研究在人类基因组遗传变异分析、水资源管理、大气和气溶胶颗粒数据分析以及全球健康和生物多样性方面影响着个人健康和福祉。校园主干网的性能由该项目的perfSONAR基础设施监控，这些信息可供希望通过Internet2共享数据和资源的内部和外部用户使用。公共门户网站提供100G路径运行状况的实时数据。项目的成功是根据这种增加的带宽的可用性所带来的无数研究收益来衡量的。

This project, CC* Networking Infrastructure: Enabling Data Intensive Science at Cornell University, is upgrading network connectivity from the University's main data center to Internet2 to create a transformative impact on Cornell research that was previously bandwidth limited. The upgraded networking infrastructure is advancing knowledge and discovery by providing Cornell faculty and student researchers with faster and higher volume access to remote data sets, instrumentation, and computational and data analysis resources. Campus researchers in data-driven disciplines - including astronomy, computer science, high energy physics, life sciences, and material science - are using the upgraded networks to improve time to science and researcher productivity. This upgrade is also preparing Cornell and its national collaborators for future data growth driven by the Internet of Things, more powerful scientific instruments, and cloud computing models that share large-scale data and resources between institutions. Research enabled by Cornell's 100G (gigabits per second) components impacts individual health and well-being in analysis of genetic variations in the human genome, water resource management, analysis of atmospheric and aerosol particle data), as well as global health and biodiversity. Campus backbone performance is monitored by the project's perfSONAR infrastructure and that information is available to internal and external users wanting to share data and resources via Internet2. A public web portal provides real-time data on the health of the 100G path. Project success is measured in terms of the myriad research benefits made possible by the availability of this increased bandwidth.