Sync Framework Metadata Storage service.
同步框架元数据存储服务。
Metadata storage is the prior issue of metadata management.
元数据的存储是实现元数据管理的前提。
Metadata Storage Service - This can be used to store synchronization metadata in a lightweight data store.
元数据存储服务——该服务可用于在轻量级数据存储中存储同步元数据。
Service metadata storage - store metadata to describe any type of service (RESTful, TCP, JMS, and others).
服务元数据存储：存储描述任何类型服务(RESTful、TCP、JMS等)的元数据。
In this way, mapping of placement groups (and replicas) to storage devices does not rely on any metadata but instead on a pseudo-random mapping function.
这样一来，放置组(以及副本)到存储设备的映射就不用依赖任何元数据，而是依赖一个伪随机的映射函数。
Although both metadata and data are stored in the object storage cluster, they are managed separately to support scalability.
虽然元数据和数据两者都存储在对象存储集群，但两者分别管理，支持可扩展性。
A file system is an organization of data and metadata on a storage device.
文件系统是对一个存储设备上的数据和元数据进行组织的机制。
Capture, query, storage, and reporting all change automatically to changes in the metadata.
它会自动地捕捉、查询、存储和报告元数据中的所有修改。
Conceptually, an object storage system can be viewed as a flat namespace of objects and their associated metadata.
从概念上讲，对象存储系统可以视作对象的平面名称空间和它们的关联元数据。
Object storage systems also provide the ability to query the available metadata.
对象存储系统还提供查询可用元数据的能力。
Both the data and metadata are stored in the storage area.
数据和元数据都存储在存储区域中。
The overall solution is simplified by using the original XML schema, which combines both content and metadata, for both indexing and storage of the data.
通过使用组合了内容和元数据的原始xml模式，可以简化总体解决方案，从而实现数据索引和存储。
PODS stores medical record image files on file servers; it USES an IBM DB2 database to store corresponding metadata and a network attached storage array for the image files, including PDFs and text.
PODS在文件服务器上存储医疗记录图像文件；它使用IBMDB 2数据库存储相应的元数据，用网络附属存储阵列存储图像文件，包括PDF和文本。
Compare this to traditional storage systems based on blocks, with metadata occupying some blocks to provide the semantic glue.
而在基于块的传统存储系统，元数据要占用一些块，以提供语义黏合剂。
Please note this only affects data cache (tuple storage) and not metadata cache.
请注意这只会影响数据缓存（元组存储）且没有元数据缓存。
Also note that file metadata needs are usually a small fraction of overall storage needs.
还要注意，文件元数据存储需求通常仅占总体存储需求的一小部分。
Metadata management also needs to incorporate SSO, ETL, federation, quality, search, versioning, workflow and storage persistence.
元数据管理还要将SSO、ETL、联合、质量、搜索、版本控制、工作流和储存持久性结合在一起。
Metadata – Since there is a mapping between logical and physical location, the storage metadata and its management becomes key to a working reliable system.
元数据——由于有着逻辑与物理位置之间的映射关系，因此对于一个运行的可靠系统来说存储元数据的管理显得极为关键。
Regarding the XML repository, there are two popular storage mechanisms for storing XML metadata.
对于XML储存库而言，有两种常用的用来储存XM l元数据的储存机制。
In addition, both file systems support data de-duplication, internal data protection (RAID-like protection), data and metadata checksums, and other storage features (like snapshots).
此外，这两个文件系统都支持数据重复删除、内部数据保护(类raid保护)、数据和元数据校验和以及其他存储功能(如快照)。
The cloud server drops a file with some metadata in a common place, such as Amazon Simple Storage Service (Amazon S3), where other scripts look to rebuild their configuration files.
云服务器在通常的位置放置一个带有元数据的文件，例如AmazonSimpleStorageService（AmazonS3），在这个位置其他脚本会重建它们的配置文件。
This information is then submitted to a Derby database, which functions as temporary storage for the additional metadata.
然后这些信息会提交给Derby数据库，Derby 数据库会对附加的元数据临时存储。
The clients may perform direct I/O given receipt of the layout, and the NFSv4.1 server handles metadata management and storage.
客户端可能执行直接I/O ，给出布局的回执，而NFSv4.1服务器处理元数据管理和存储。
Note that Gerrit 2.2.x is moving the project configuration, rights and other metadata into Git storage, so that they are accessible and versionable through Git.
请注意，Gerrit 2.2 . x正把项目配置、权限和其他元数据移到Git存储中，这样就可以通过Git进行访问和版本控制。
Note that there can be many Ceph clients, many object storage endpoints, numerous metadata servers (depending on the capacity of the file system), and at least a redundant pair of monitors.
要注意的是，Ceph客户，对象存储端点，元数据服务器(根据文件系统的容量)可以有许多，而且至少有一对冗余的监视器。
A set of servers access the Ceph ecosystem through a client interface, which understands the relationship between metadata servers and object-level storage.
一系列服务器通过一个客户界面访问Ceph生态系统，这就明白了元数据服务器和对象级存储器之间的关系。
Data standards, metadata, document codes, subject indexes and filing systems are widely used to enable efficient information correlation, storage and retrieval.
数据标准、元数据、文件编码、主题索引和文件归档系统得到了广泛使用，以确保有效信息的相关性、存储和检索。
Metadata server system is a latent visit bottleneck in distributed storage system.
在分布式存储系统中，元数据服务系统是一个潜在的访问瓶颈。
The technologies of data warehouse modeling, data extraction and transformation, data storage and management, metadata management, and visualized data analysis and so on are introduced in detail.
文中详细介绍了数据仓库的建模、数据抽取与转换、数据存储与管理、元数据管理以及可视化数据分析等技术。
In the large-scale distributed object-based storage system, the metadata service system is a latent visit bottleneck.
在大型分布式对象存储系统中，元数据服务系统是一个潜在的访问瓶颈。
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