NIDCR Data Bank

NIDCR数据银行项目是一个通用的数据管理平台，旨在提供将数据从现场数据生产基础设施大规模移动到基于STRIDES的长期归档云存储的能力。该过程设计简单，数据所有者可以独立于技术支持人员操作，并确保捕获强大的元数据，创建数字对象标识符，并在摄取过程中提供高级初级、二级和三级数据分析机会。该平台还围绕一个强大的成本回收模型设计，这将使数据生产者和管理者处于有利地位，以了解他们保留的数据，并对数据保留做出明智的价值判断，并确保数据保留合规性。该平台将是可扩展的，能够通过API利用各种标准词汇表和数据共享集成。这个完全开源的平台与推进ODSS目标非常一致。

The NIDCR Data Bank project is a generic data management platform that is intended to provide the ability to move data at scale from on-site data production infrastructure into long-term STRIDES based archival cloud storage. The process is designed to be simple for data owners to operate independently of technology support staff, and will ensure capture of strong meta-data, creation of digital object identifiers, and provide advanced primary, secondary data, and tertiary data analytical opportunities during ingestion. The platform is also designed around a robust cost-recovery model, which will put data producers and stewards in a strong position to understand the data they retain, and make informed value judgements about it's retention as well as ensure data retention compliance. The platform will be extensible and able to leverage a variety of standard vocabularies and data sharing integrations via API. This fully opened sourced platform, is well aligned to advance ODSS goals. The NIDCR Data Bank was conceived as a data sustainability solution from it's inception. The platform is, developed on the Microsoft Azure cloud platform, leverages Microsoft resource management best practices and capabilities which will enable full cost recovery for the operation of the platform for an adopting organization from the organization's data producer/steward. Meta data collected will enable strong data governance, thus allowing data retention informed decisions to be made based on policy and data valuation. Other design considerations will enable long-term sustainability of data stored in an instance of the Data Bank. For example, Azure data storage provides for automated tiering to less expensive "cold" storage options. Design considerations for this type of infrastructure will accommodate technical challenges such differences in data downloading that various tiers of storage may require. NIDCR will employ and maintain the core open-sourced code base.