CC* Networking Infrastructure: Network for Data Driven Science in Allied 21st Century Smart Multi-Campus System: A Use Case Design Through Kent State's Sharable Science DMZ

这个来自肯特州立大学（KSU）的项目设计了一个可由分布在俄亥俄州东北部的十个KSU校区共享的ScienceDMZ，该项目与NSF的目标一致，即创新更具可扩展性的方法，以扩展用于大规模数据驱动科学的先进网络基础设施。KSU主校区的一个科学DMZ连接到OARnet的光交换机，具有100 Gbps的不受阻碍的传输速率容量。KSU和OARNet团队在高度响应的区域WAN上建立虚拟DMZ边界，使带宽受限的区域校园的研究人员能够以统一的访问方式访问网络设施。采用了IPv6和共享网络创新，如PerfSONAR和InCommons。ScienceDMZ利用了一系列引人注目的大数据项目。该项目在连接到ScienceDMZ的校园内推出室外超高速无线接入基础设施，以促进大数据驱动的密集传感器和物联网研究项目。这个项目是独一无二的，因为一个共享的区域科学DMZ在整个俄亥俄州东北部的十个校区中得到了利用。该地区的肯特的联盟校园是美国锈带。该项目使数据驱动的STEM研究世界更接近这群学生，其中很大一部分是佩尔资格和/或第一代大学生。该奖项反映了NSF的法定使命，并被认为值得通过使用基金会的智力价值和更广泛的影响审查标准进行评估来支持。

This project from Kent State University (KSU) designs a ScienceDMZ sharable by the ten KSU campuses spread across northeastern Ohio aligned with NSF's goal of to innovate more scalable approaches to expand advance cyber infrastructure for massive data drive science. A ScienceDMZ at KSU's main campus connects to OARnet's optical exchange to have 100 Gbps unimpeded transfer rate capacity. KSU and OARNet teams to build a virtual DMZ perimeter over a highly-responsive regional WAN allowing researchers from bandwidth constrained regional campuses to access the cyber-facility with uniform access. IPv6, and shared network innovations like PerfSONAR and InCommons are employed. The ScienceDMZ leverages a broad set of compelling big-data projects. The project launches outdoor ultra-high speed wireless access infrastructure in campuses connected to the ScienceDMZ to facilitate big-data-driven dense sensor and IoT research projects. This project is unique in the sense that a shared regional science DMZ is leveraged across ten campuses throughout north-eastern Ohio. The region of the Kent's allied campuses is the Rust Belt of America. The project brings the world of data-driven STEM research closer to this mass of students, a large percentage of whom are Pell-eligible and/or first-generation college students.This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.