CC*IIE Campus Design: Saint Anselm Science DMZ

圣安瑟姆学院是新罕布什尔州曼彻斯特的一所小型文理学院，与新罕布什尔州和世界各地的合作伙伴一起参与有针对性的大科学研究。小型机构面临的一项重大挑战是，提供传输关键科学数据所需的主要数据途径，并以当今科学数据集所需的能力共享主要资源。这个项目创建了一个新的网络工具——科学DMZ，以实现科学协作和数据共享。这些校园网络活动为其他小型学院和大学提供了一个路线图，将小型机构与新英格兰地区、美国各地和世界各地的大型机构联系起来，以支持各种背景的学生的研究、教学和学习。该项目拓宽了个人和跨学科科学研究的机会，以及在圣安瑟伦学院进行的所有研究。该项目是将圣安瑟伦学院科研企业的研究合作提升到更高水平的关键组成部分。10Gbps网络基础设施的实施将圣安瑟姆学院与新罕布什尔州和世界各地的其他知名合作研究型大学连接起来。科学非军事区的完成预计将对积极需要这种支持的几个代表性科学研究领域产生直接和变革性的影响，例如目前在以下领域的研究：激光雷达系统和高光谱数据分析、染色体进化、硬裸枝的针状网络形态变化以及支持考古实地工作的化学分析。

Saint Anselm College is a small, liberal arts college in Manchester, New Hampshire participating in targeted big science with partners across New Hampshire and the world. A significant challenge for small institutions is providing access to major data pathways necessary to transfer key scientific data and share major resources at the capacity demanded by today's scientific data sets. This project creates a new network instrument - a Science DMZ to enable scientific collaboration and data sharing. These campus networking activities provide other small colleges and universities a road map for connecting small institutions to larger institutions in the New England region, across the US, and around the world to support research, teaching and learning with students of all backgrounds. The project broadens opportunities for individual and interdisciplinary scientific research, as well as all research occurring at Saint Anselm College. This project is the key component in elevating research collaboration to the next level of connectivity and effectiveness for the Saint Anselm College scientific research enterprise. The implementation of a 10Gbps networking infrastructure connects Saint Anselm College with other established partner research universities in New Hampshire and around the world. The completion of a Science DMZ is expected to have an immediate and transformative impact on several representative science research areas actively in need of such support such as current research in the areas of: Lidar systems and analyses of hyperspectral data, chromosome evolution, variation in spicule network morphology in dorid nudibranchs, and chemical analyses to support archaeological field work.