CC* Networking Infrastructure: Science DMZ and Research Network Upgrade for Louisiana State University Health Sciences Center New Orleans

路易斯安那州立大学健康科学中心新奥尔良分校（LSUHSC-NO）的CC*网络基础设施项目正在建设一个高速科学网络，以连接LSUHSC-NO的研究领域，以促进大数据集的畅通无阻的移动，并提供一条通往国家和全球高性能计算资源的途径。该项目使研究人员、科学家和学生能够交换和存储大型数据集，扩大他们进行远程协作的机会，并促进LSUHSC-NO在多个科学学科内的研究和教育方面的领导地位：解剖学、生物化学、细胞生物学、遗传学、血液学、免疫学、微生物学、分子生物学、肿瘤学、眼科学、寄生虫学、病理学、药理学和生理学。这个项目对包括下一代研究人员和科学家在内的科学界有更广泛的影响。无论是参加暑期研究项目或实习的高中生，还是参加LSUHSC-NO课程的新生，还是网络空间某处的合作研究人员，这个项目都是LSUHSC-NO未来研究的关键，这个项目打开了许多令人兴奋的发现的大门。该项目包括三个目标：(i)升级分配和接入层网络基础设施，在研究区域提供10Gbps和/或1Gbps端口；（ii）通过设计和建造科学非军事区，重新设计校园网以支持大数据流动；（iii）通过20Gbps连接到LSUHSC-NO的区域光交换的Science DMZ。

This CC* Networking Infrastructure project at LSU Health Sciences Center New Orleans (LSUHSC-NO) is constructing a high-speed science network to connect LSUHSC-NO's research areas to facilitate unimpeded movement of large data sets and to provide a pathway to national and global high-performance computing resources. The project enables researchers, scientists, and students to exchange and store large data sets, to expand their opportunities for remote collaboration, and to facilitate leadership in research and education within multiple disciplines of Science at LSUHSC-NO: Anatomy, Biochemistry, Cell Biology, Genetics, Hematology, Immunology, Microbiology, Molecular Biology, Oncology, Ophthalmology, Parasitology, Pathology, Pharmacology, and Physiology. This project has broader implications for the scientific community including the next generation of researchers and scientists. Whether it is a high school student pondering one's future by participating in a summer research program or internship, a budding student enrolled in curricula at LSUHSC-NO, or a collaborative researcher somewhere in cyberspace, this project is key to the future of research at LSUHSC-NO and this project unlocks the door to many exciting discoveries.This project consists of three objectives: (i) Upgrade the distribution and access layer networking infrastructure to provide 10Gbps and/or 1Gbps ports in the research areas; (ii) Re-architect the campus network to support large data flows by designing and building a Science DMZ; and (iii) Connect to LSUHSC-NO's regional optical exchange's Science DMZ via 20Gbps connections.