摘要
CNGI青海湖系统支撑青海湖区域的生态保护和多学科交叉融合的科研协作。针对青海湖基础设施种类众多的特点,我们发展了IPv6相关关键技术,应用于基础网络环境建设、数据传输、设备管理与状态监控等多个层面,并充分考虑了由此带来的安全隐患,制定了相应安全策略。这些技术可以支持多种传感器构成的IPv6网络,并支持IPv6的相关应用软件研发,促进大规模、跨领域复杂科学问题研究工作。
CNGI Qinghai Lake System supports ecological protection in Qinghai Lake area and multi-disciplinary research collaboration. For the variety of types of sensing equipments of the infrastructure, we developed a number of key technologies related to IPv6 applications, which were used to the fundamental network environment building, data transmission, equipment management and status monitoring, etc. Furthermore, the IPv6 network security risks were taken into consideration and corresponding security strategies were developed. These results can support the IPv6 networks with different kinds of sensors, as well as R＆D of related application sottware, and promote large-scale interdisciplinary research on complex scientific subjects
出处
《科研信息化技术与应用》
2013年第4期68-75,共8页
E-science Technology & Application
基金
中国科学院信息化专项(INFO-115-D02)
国家发改委"基于CNGI的科研信息化基础设施与应用示范工程项目"(发改办高技(2010)1634号)
