使用XMI (xml元数据交换)。
在配置文件中，如下图所示，允许元数据交换。
In configuration file, by enabling metadata exchange as follows.
XMI技术是OMG组织提出的一种元数据交换的标准。
And XMI is a metadata interchange standard put forward by OMG.
第7章介绍寻址、可靠通讯、元数据交换、安全等其它相关高级概念。
Chapter 7 covers advanced concepts related to addressing, reliable messaging, metadata exchange, security, and more.
本系列文章中推荐一种基于XSLT和XMl元数据交换(XMI)的解决方案。
In this series, I will propose a solution built on XSLT and XML Metadata Interchange (XMI).
在OLAP多维建模工具中采用了XML作为元数据交换的标准，从而实现各个功能构件的集成与交互。
Multidimensional modeling adopt XML as standard of metadata exchanging among the OLAP tool, thus realize the integrates and mutualing of each function component.
该工具还提供了所有九种图表类型、图表导出、XMl元数据交换(XMI)集成，并且支持对象约束语言(ocl)。
This tool also provides all nine diagram types, diagram export, XML Metadata Interchange (XMI) integration, and Object Constraint Language (OCL) support.
“资源描述框架”（Resource Description Framework（RDF））是一个建模系统，该系统具有解决这种元数据交换的一些功能。
Resource Description Framework (RDF) is a modeling system with some facilities for addressing just such metadata exchange.
除此以外，我们也采用了无数的xml交换格式，例如工具之间元数据的交换格式或者特定于行业的实例数据交换格式。
Beyond this, we also embrace numerous XML interchange formats. For example, formats for exchanging metadata between tools or industry-specific formats for exchanging instance data.
元计算系统的异构节点间的数据交换可以用多种方法实现。
The data exchange between heterogeneous nodes of a metasystem can be implemented by different methods.
供应链中的商务合作伙伴可以在本地采用XM L元数据管理系统生成自己的数据交换格式。
Each business partner within the supply chain can be allowed to generate its own information exchange format by adopting an XML meta-data management system in the local side.
客户文件系统向用户提供存储系统的接口，可以与元数据管理系统交互和与对象存储设备直接进行数据交换。
Client file system provides interfaces of storage system to users, can interact with metadata manage system and exchange data with OSDs.
建模所得的实体模型直接用于运动仿真分析和有限元分析，缩短了设计所需的时间，减少了软件间的数据交换。
Entity model from modeling can be directly used in motion simulation analysis and finite element analysis, which shortens the design time and reduces the data exchange between softwares.
对平台的总体结构、元数据定义与管理、数据交换模式等关键问题进行了论述，最后给出了平台的模块实现。
It discussed key problems: the system structure of the platform, definition and management of meta-data, data exchange mode; and provided the implementation of platform function module.
在系统开发中使用XML作为数据交换标准，实现元数据存储，并进行地图文件配置。
The paper discusses how to apply XML in WebGIS, such as how to exchange data in XML, how to presentation metadata in XML, and how to configure map files in XML.
地理信息元数据查询系统是空间数据交换中心的重要组成部分。
The geo-metadata query system is an important component of the spatial data exchange center.
元数据服务器不涉及任何形式的数据访问，用户与存储服务器之间可以进行高效的并行数据交换。
The metadata server does not relate to any data access, and there are paralleled and highly efficient data exchange between users and storage servers.
因此，本文介绍了一种以数据集为中心的数据交换模式，采用元数据来记录数据信息在数据交换的整个生命周期中的流转状态；
Therefore, this paper introduces the research on data exchange technology based on datasets , uses the metadata model to record the circulation state of data in the whole life of the data exchange;
因此，本文介绍了一种以数据集为中心的数据交换模式，采用元数据来记录数据信息在数据交换的整个生命周期中的流转状态；
Therefore, this paper introduces the research on data exchange technology based on datasets , uses the metadata model to record the circulation state of data in the whole life of the data exchange;
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