Integrated Data Storage System

综合数据存储系统

• 批准号: 452192769
• 金额: --
• 依托单位: Universität Regensburg
• 依托单位国家: 德国
• 项目类别: Major Research Instrumentation
• 财政年份: 2021
• 资助国家: 德国
• 起止时间: 2020-12-31 至 无数据
• 项目状态: 未结题
• 来源: https://gepris.dfg.de/gepris/projekt/452192769?language=en
• 关键词: Integrated; Data; Storage; System

We apply for a joint data storage system for the high-energy physics and CryoEM groups at the University of Regensburg. For the former group, the benefit of the requested system is partly the further processing on local specialized clusters at the University of Regensburg of 7 PB of data, generated in the USA on leadership-class supercomputers. The cost associated with re-generating this data is several million EUR. This data serves precision calculations for the standard model of particle physics. In addition, the high-energy physics group needs a data archive for additional re-usable data for current and future research projects.Furthermore, the University of Regensburg is currently installing a new CryoEM system, which is configured efficiently and will generate over the next years a large amount of data (several TB/day). We intend to support the efficient use of this system by the requested efficient and reliable data storage system. For this reason, we intend to create a centralized but individualized data storage and backup/archive system for all types of data. The data generated by the CryoEM will be shared with other working groups at the institute and cross-institutional cooperative entities. The time-resolved CryoEM is an important component of the Strukturentwicklungsplan of the University of Regensburg and is one of the main components of the new cross-institutional RUN (Regensburg Center for Nanoscopy).The required classes of hardware are identical for the high-energy physics and CryoEM applications, leading to a substantial synergy through the joint acquisition and operation of the system.

我们为里根斯堡大学的高能物理和CryoEM小组申请了一个联合数据存储系统。 对于前一组，所要求的系统的好处部分是进一步处理在里根斯堡大学的7 PB的数据，在美国的领导级超级计算机上生成的本地专业集群。 与重新生成这些数据相关的成本为数百万欧元。 这些数据为粒子物理学的标准模型提供了精确的计算。 此外，高能物理组还需要一个数据存档，以便为当前和未来的研究项目提供更多可重复使用的数据。此外，里根斯堡大学目前正在安装一个新的CryoEM系统，该系统配置高效，将在未来几年内产生大量数据（每天数TB）。 我们打算通过所要求的高效和可靠的数据存储系统来支持该系统的有效使用。 因此，我们打算为所有类型的数据创建一个集中但个性化的数据存储和备份/存档系统。 CryoEM产生的数据将与研究所的其他工作组和跨机构合作实体共享。 时间分辨的CryoEM是里根斯堡大学Strukturentwicklungsplan的重要组成部分，也是新的跨机构RUN（里根斯堡纳米显微镜中心）的主要组成部分之一。高能物理和CryoEM应用所需的硬件类别是相同的，通过系统的联合采购和操作产生了实质性的协同作用。