快速有效的图形查询是图形数据库成功应用的关键。
Fast and efficient graph query is the key to successful application of graph database.
该模型的核心是一种图形查询式语言，它既具有电子教材的功能，又避免了某些缺点。
The core of the model is graphical query language, this paper has a brief presentation for the Data Model and the query language.
新查询语言支持(针对Xquery)、新图形查询构建程序(针对Xquery)和新查询优化技术。
New query language support (for XQuery), a new graphical query builder (for XQuery), and new query optimization techniques.
该查询可以通过DB2命令行界面或图形查询工具以交互方式执行，是一个标准的SQL语句，调用了两个XML 特定的函数。
This query, which can be executed interactively through a DB2 command-line interface or graphical query tool, is a standard SQL statement that invokes two XML-specific functions.
这个查询试图把图形模式的三元模式和模型进行匹配。
The query attempts to match the triples of the graph pattern to the model.
这个内部表现形式是由查询图形模型(QGM)组件所执行的。
This internal representation is performed by the query graph model (QGM) component.
高级查询统计有自己的图形用户接口，用于可视化显示信息。
Advanced query statistics has its own graphical user interface for visually displaying the information.
TADDM拥有一个广泛的图形界面，可用于列示和查询特定配置项目，以及查看各种关系和拓扑。
TADDM has an extensive graphical interface with which you can list and query for particular configuration items, as well as view relationships and topologies.
在这种情况下，图形模式被应用到查询可以使用的每个命名图中。
In such a case, the graph pattern is applied to each of the named graphs available to the query.
QGM是查询的图形化表现方式。
但如果您绘制自己的图形或文本，则为了避免随意的文本截断，必须查询适当的系统度量。
But if you draw your own graphics and text, the appropriate system metrics must be queried in order to avoid arbitrary text truncation.
查询在具有WHERE子句中的所有三元组的图形中查找语句。
The query finds statements in the graph for which all of the triples in the WHERE clause hold.
将每个图形模式变量的绑定与模型节点进行匹配就成为一种查询解决方案，而select子句中指定的变量值则成为查询结果的一部分。
Each matching binding of the graph pattern's variables to the model's nodes becomes a query solution, and the values of the variables named in the SELECT clause become part of the query results.
每个查询都可以表示为一个列表或图形并在一个仪表板或仪表板式报告中并排显示。
Each of these queries can be represented in a list or graph and displayed side-by-side in a dashboard or dashboard-style report.
而粗粒度的糅合方法将分析性知识，如查询、评分、计算、指标和图表叠加到运营应用程序的图形用户界面上。
Coarse-grained mashups overlay analytical insights, such as queries, scores, calculations, metrics and graphs, onto the graphical user interface of the operational application.
在foaf：depiction中包含的图形模式的SELECT查询可能只会发现三个结果。
A SELECT query whose graph pattern included foaf: depiction would only find three solutions.
这个平台中包括多个编辑器、图形编辑器、特性(nature)、构建器、一个WebService向导、一些数据库访问和查询工具和其他一些组件。
Included in this platform are multiple editors, graphical editors, natures, builders, a Web Service wizard, database access and query tools, and other components.
该图形界面允许报表管理员轻松识别dynamicQueryMode查询的所有各个部分。
This graphical interface allows a Report Administrator to easily identify all the individual pieces of a Dynamic query Mode query.
SQLBuilder是一个图形工具，用来构建针对关系数据或XML数据的查询。
The SQL Builder gives you a graphical tool to build your queries weather they are for relational data or for XML data.
以图形化的方式构建和执行查询并对其进行调优。
当看到我们在本文前面使用的空间查询时，您会注意到，为了重叠测试，一个新的几何图形被构造成参数。
When you look at the spatial query that we used before in this article, you will notice that a new geometry was constructed as parameter for the overlap test.
空间查询是展示局部数据访问(换句话说，现实中临近的几何图形常常被一起访问)的最好例子之一。
Spatial queries are one of the best examples to show locality of data access, in other words, geometries that are close to each other in the real world are often accessed together.
图1中的图形展示了在启用和禁用参数化查询以及激活StatementConcentrator的情况下测试一个相对较重的工作负载的结果。
The graph in Figure 1 shows the results obtained when testing a relatively heavy workload with and without parameterized queries enabled, as well as with the Statement Concentrator activated.
UDDI注册中心集成了一个基于Web的图形化用户界面，它支持对商务、服务以及其他遵循uddi规范的实体的发布和查询，而无需编程。
UDDI Registry includes a Web-based graphical user interface that supports publishing and querying of businesses, services, and other UDDI-compliant entities without programming.
设计模式包含用于选择单个数据挖掘模型和输入表的图形设计图面，同时还包含用于指定预测查询的网格。
Design mode includes a graphical design surface used for selecting a single data mining model and input table, and a grid used for specifying the prediction query.
VisualExplain工具提供了一个sql语句的图形化视图，这样您可以分析您的查询和优化它们的性能。
The Visual Explain tool provides a graphic view of your SQL statements so that you can analyze your queries and tune them for better performance.
另一项需要注意的功能是引入DataToolsPlatformSQLQuerybuilder原型，这将允许图形化构建查询。
Another feature of note is the inclusion of the Data Tools Platform SQL Query Builder prototype, which allows queries to be built graphically.
对任意定义的数据，在完成查询、过滤、分组、排序等功能的基础上，还实现了任意图形曲线，报表的显示与打印。
Based on the functions of data research, filtration, packaging and sorting, the display and print of any graph, curve and log are realized.
图形系统可对地图进行各种操作，完成数据显示、数据查询分析、地震辅助决策等。
Graphic system can realize data visualization, data query, assistant decision during earthquake by kinds of operation to the map.
图形系统可对地图进行各种操作，完成数据显示、数据查询分析、地震辅助决策等。
Graphic system can realize data visualization, data query, assistant decision during earthquake by kinds of operation to the map.
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