根据可用的关键数据搜索潜在候选人。
Searches for potential candidates based on available critical data.
执行复杂的数据搜索而不用编写SQL是可能的。
It is possible to perform sophisticated data searches without writing SQL.
1节让你使用一个集合来处理所有可能的数据搜索条件。
Section 4.1 asks you to use a collection for all possible data searching criteria.
最后，注意您可以在xml列之上创建特定的索引来加快数据搜索。
Finally, note that you can create specialized indexes on your XML columns to speed searches of your data.
这种技术使用户可以提供有关特定数据搜索和筛选方法有效性的反馈。
It lets users provide feedback on the effectiveness of a particular data search and filter approach.
现在来看两个示例，它们将演示在ApacheDS 中进行的数据搜索。
Now let's look at a couple of examples that demonstrate searching for data stored in ApacheDS.
一些书籍和网站致力于提供返回所有者没犹豫过安全性并且现在公开了的数据搜索查询。
There are books and Websites devoted to providing search queries that return data the owner may have never thought twice about securing and is now publicly available. 17
针对当前数据搜索实现方式存在的不足，提出了一种基于分级评分的搜索机制，并使用。
In view of some lack in the current method of data search, this paper offers a search mechanism based on a grading-score and USES some technology of.
我们在此的尝试将显示XQuery不仅可以进行数据搜索，而且可以对数据运行复杂业务逻辑和转换。
Our attempt here is to show the power of the XQuery to not only do data searches but also run complex business logic and transformations on that data.
搜索引擎可以根据用户的浏览历史，实现更为精细的有针对性的数据搜索，以优化用户网络体验。
Search is far more sophisticated with the ability to curate data and optimize the experience for the user based on their browsing history.
和二进制数据不同，XML是高度结构化的，很多解析器和工具针对 XML 数据搜索和查询进行了优化。
Unlike binary data, XML is highly structured, and many parsers and tools are optimized to search and query XML data.
在目前的环境中，如果知道服务的精确名称，ClassicRegistry将提供服务元数据搜索。
In the present context, the Classic Registry provides for searching for the service metadata if the exact name of the service is known.
研究了模型定位及模型单元块构造、样品组合、数据搜索等问题，并且给出了样品组合及数据搜索的一些方法。
Studied the question of model orientation, cell block structure, sample combination, data search etc, and presented a few methods of sample combination and data search.
这个程序通过关键词进行搜索，能让你迅速获取数据项。
The program allows you to retrieve items quickly by searching under a keyword.
以下是一所大学图书馆数据库的搜索结果。
Below are the search results from a university library's database.
您可以创建物理机器和虚像的数据，搜索带有特定构造的资源，管理实验室资源的请求和保留。
You can create data for physical machines and virtual images, search for resources with specific configurations, and manage requests and reservations for lab resources.
在主程序逻辑中执行数据结构搜索以获得查询结果。
Searching this data structure for query results will be performed in the main program logic.
这一切都始于获取搜索数据。
通过该数据进行搜索和排序是困难的，因为是维护跨用户和位置的数据一致性。
Searching and sorting through this data is difficult, as is maintaining the consistency of data across users and locations.
使用这种方法可以更加方便地进行搜索，因为可以通过数据本身和元数据进行搜索。
Search is easily facilitated with this approach because it would be possible to search through the data itself and the metadata as well.
图2显示NIEM工具使用的一个搜索首选项屏幕，它允许在数据元素搜索中包含或排除子域。
Figure 2 shows a search preferences screen used by the NIEM tools that allow sub-domains to be included or excluded in data element searches.
这种模式灵活性使查询可以横跨不同的XML数据(例如具有不同模式的XML数据)进行搜索。
This schema flexibility enables one search query to search through different XML data, such as XML data with different schemas.
在顶层，你既可以往你的搜索应用灌入数据(建立索引)，也可以从它里面抽取数据(搜索)。
At the top, you're either pumping data into your search application (indexing) or pulling data out of it (searching).
另外，数据库搜索不适合于相关排序、模糊搜索和多关键字。
Besides, database search is not designed for relevance ranking, fuzzy search or multiple keywords.
数据库搜索的用户大都是开发人员或是数据库管理员。
The users of database search are typically developers or database administrators.
注意，在上面的示例中，使用表函数提取感兴趣的表的数据比搜索快照输出中的数据简单得多。
Notice in the above example how much simpler it is to extract just the data for the table of interest using the table function rather than having to search for the data in the snapshot output.
如图1所示，使用Lucene构建功能全面的搜索应用程序主要涉及编制数据索引、搜索数据和显示搜索结果几个方面。
As shown in Figure 1, building a full-featured search application using Lucene primarily involves indexing data, searching data, and displaying search results.
语义性搜索(Semanticsearch)：用来自不同来源的相关数据增强搜索；这些数据通过使用企业分类法来描述。
Semantic search: search enhanced by relevant data from different sources; this data is described by using an enterprise taxonomy.
然后EAI应用程序在数据库中搜索请求的项目。
The EAI application then searches the requested items in a database.
然后EAI应用程序在数据库中搜索请求的项目。
The EAI application then searches the requested items in a database.
应用推荐