The Dynamic Query Mode must determine whether a result can be stored in the cache using a number of data points collected at runtime.
Dynamic QueryMode必须确定一个结果是否可以使用在运行时收集的大量数据点存储到缓存中。
In addition the Dynamic Query Mode contains a fine grained metadata and cell data cache which is trickle fed and a higher cache hit ratio than was previously possible.
此外，Dynamic QueryMode包含一个细粒度元数据和单元数据缓存(即一个trickle fed)以及一个比以前更高的缓存命中率。
When using OLAP or DMR-based packages, reports with expressions that compare values with different data types will produce the following error in Dynamic Query mode.
使用基于olap或dmr的包时，如果报告包含比较不同数据类型的值的表达式，那么以dynamic QueryMode执行报告将生成以下错误消息。
The caching logic available in Dynamic Query Mode is able, when connected to secured metadata sources, to determine the secured access capabilities of each user as they access the data source.
当连接到安全的元数据源时，Dynamic QueryMode下提供的缓存逻辑能够在每个用户访问数据源时确定安全的元数据源。
Thus, even if some of the data is in relational tables and some is in XML you can now make dynamic joins between the XML and relational data from inside either the SQL query or the XQuery or both.
因此，即使一部分数据位于关系表中，一些数据是XML，现在都可以在SQL查询、XQuery或这两者中在XML数据和关系数据之间进行动态联结。
In order to take advantage of the IBM Cognos 10 Dynamic Query Mode, ensure your IBM Cognos 10 environment is configured for connectivity to the supported data sources.
为了利用IBMCognos10Dynamic QueryMode的优势，确保您的IBM Cognos 10环境经过配置，可以连接到受支持的数据源。
Supported data sources for Dynamic Query Mode will indicate a successful connection through the Dynamic Query service when testing the connection.
在测试连接时，Dynamic QueryMode受支持的数据源将通过 Dynamic Query服务显示连接成功。
The content of a particular report is determined by a dynamic SQL query to one or more data sources.
特定报告的内容是由对一个或多个数据源发出的动态SQL查询确定的。
An Enterprise service Bus (ESB) performs a dynamic query of the repository to determine routing based upon meta-data associated with its SOA environment service components.
企业服务总线对资源仓库执行动态查询，基于与SOA环境服务部件相关的元数据来决定路由。
The following topics in this section will illustrate how to configure each supported Dynamic query Mode data source and how to publish packages that use the new query service.
本节中的以下主题将说明如何配置每个受支持的Dynamic QueryMode数据源，以及如何发布使用新查询服务的程序包。
Meanwhile, database support online data query with part of the standard in database, login by mobile dynamic password, online full text reading, full-text search and other functions.
同时，数据库还支持部分标准的在线数据查询，手机动态密码登陆，在线全文阅读、全文搜索等多种功能。
The front application systems use some data analytic methods, for example static report, dynamic query, OLAP (Online analytic Processing) and data mining techniques.
前台应用系统实现和应用了多种数据分析方法，包括：静态报表、动态查询、多维在线分析及数据挖掘等。
A detailed scheme is also presented in this paper for realizing the key functions of the system, sheet managing, dynamic reporting, integrated query and data analysis.
对于系统的核心组成部分：表单管理、动态报表、综合查询分析子系统，本文给出了系统的具体解决方案。
In order to realize the dynamic renewal and various query of the earth nature data, the technology of GIS is used to realize the exchange visits between the attribute data and space data.
实现了土地属性数据的动态更新和各种查询，通过GIS技术实现属性数据与空间数据互访。
This thesis introduces a database supporting Dynamic spectrum management as well as data processing and query method.
本文介绍的便非一类收持动态频谱管理的数据库、以及数据处放和查询方式。
By this system, we can collect dynamic data, analysis and treat the data, simulate the status of equipments, save the data, query the data, set working parameters, make reports and print, etc.
系统自动化部分主要实现的功能为：动态采集数据、数据分析处理、自动控制功能、集中显示功能、工艺参数设定功能、数据存储功能、查询功能、报表及打印功能等。
By this system, we can collect dynamic data, analysis and treat the data, simulate the status of equipments, save the data, query the data, set working parameters, make reports and print, etc.
系统自动化部分主要实现的功能为：动态采集数据、数据分析处理、自动控制功能、集中显示功能、工艺参数设定功能、数据存储功能、查询功能、报表及打印功能等。
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