这就是我们所说的结构化信息。
这些都是明确定义数据的结构化信息片段。
These are structured pieces of information that specifically define data.
对于非结构化信息的管理一般被分类为内容管理。
The management of unstructured information is often categorized as content management.
这篇文章描述soa上下文中的结构化信息联合。
This article describes the federation of structured information with a focus on the SOA context.
采用RDF框架可以在声明过程中保留一些结构化信息。
Using RDF as a framework enables you to retain some of the structural information during the declaration.
即结构化信息标准促进组织制定的一个标注。
Organization for the Advancement of Structure Informations Standards.
此方法有效地解决了从非结构化文本中抽取结构化信息的难题。
The method we raise here solves the problem of how to extract structured information from unstructured texts.
标准特性表示每个文档中通用的结构化信息，例如日期、来源、主题或国家。
The standard features represent general structured information from each document, such as date, origin, subject, or country.
非结构化信息将给结构化信息让路，使得智能计算的道路更加平坦。
The net effect will be that unstructured information will give way to structured information - paving the road to more intelligent computing.
XML加密只关于加密和解密结构化信息，而不规定密钥交换的任何特定方法。
Note that XML Encryption is only about encryption and decryption of structured information and does not dictate any particular method of key exchange.
人们越来越希望使用信息技术从组织中的非结构化信息中获得更大的价值。
There is an increasing focus on using information technology to get more value from unstructured information within organizations.
群点目标隐含的空间结构化信息是空间分布分析、地图综合感兴趣的内容。
Point cluster object contains much structured information in spatial distribution, which is interesting for the research of spatial analysis and map generalization.
个人信息发现的下一更高级别涉及一条结构化信息的交流，如名片或信息手册。
The next higher level of personal information discovery involves the exchange of a structured piece of information, like a business card or information pamphlet.
由W3C定义，SOAP是一个旨在在分散的分布式环境中交换结构化信息的轻量型协议。
Defined by W3C, SOAP is a lightweight protocol intended for exchanging structured information in a decentralized, distributed environment.
这三个类中的每个类都是一个复杂的数据类型，包含用于描述特定平台性质的结构化信息。
Each of these is a complex data type containing structured information describing specific platform qualities.
虽然许多组织认识到集成结构化和非结构化信息的重要性，但目前的搜索结果仍旧互不相干。
Although many organizations realize the importance of integrating structured and unstructured information, today's search results are still unrelated to each other.
内容管理系统便由此产生，其目的是有效的利用和管理半结构化、非结构化信息。
Content management system arised from this, it's purpose is to use and manage the semi-structured and unstructured information effectively.
在以后的文章中，我们会着眼于那些可以从无结构的信息中提取出结构化信息的技术。
In a future article, we will look at technologies that allow us to extract structure where there is none.
它提供了语义级的数据导航和组织方式，是一个表达和交换结构化信息的元数据模型。
As a data model of describing and exchanging information, they provide a way of navigating and organizing semantic data.
例如，业务分析师可以通过创建一个分析流，从客户电子邮件或呼叫中心报告中提取出结构化信息。
For example, a business analyst might create an analytics flow to extract structured information from customer e-mail or call center reports.
本文面对的读者是希望了解如何使用新的UIMA技术将非结构化和结构化信息联系在一起的人。
This article is for people who are interested in learning how the worlds of unstructured and structured information can be brought together using the new UIMA technology.
尽管本文主要关注文本分析，但是UIMA还可以用于分析其他类型的非结构化信息，比如音频和图像。
While this article has focused on text analysis, UIMA can also be used to analyze other kinds of unstructured information such as audio and images.
促进个人将保存于他们文档或本地数据库中的结构化和半结构化信息分享给组织内的其他人。
Facilitating individuals to share structured and semi-structured information stored in their documents or local databases, with others in the organization.
按照结构化信息原则，您决定不把菜量和度量单位放在一个属性中，而是使用一个元素，于是选择以下格式。
Following the Principle of structured information you decide not to shoehorn the portion measurement and units into a single attribute, but instead of using an element, you opt for.
相反，非结构化信息包括了免费的文本报告、文档、web页面、生命科学数据、音频、视频等等。
Unstructured information, in contrast, involves free text reports, documents, Web pages, life science data, audio, video, and so on.
如第 1部分所述，在大部分公司中，非结构化信息是可用业务信息的主体，并且增长速度也是最快的。
As described in the first article, unstructured information represents a large and fast growing part of the available business information in most companies.
在图3所示的场景中，先给形式自由的文本中的概念加注解，然后把它们与现有的结构化信息一起写到一个数据库表中。
Figure 3 depicts a scenario where concepts in free-form text are first annotated and later written to a database table together with existing structured information.
这样导致一种双重方法：您拥有供人类使用的网页，并且拥有一个计算机可以获取结构化信息以便进行自动处理的API。
This leads to a dual approach: You have Web pages for human consumption and you have an API where computers can pull out structured information for automatic processing.
下一小节将针对此类集成给出一个逐步指导示例：文本分析被用于从包含非结构化信息的数据库表中提取结构化信息。
The next section gives you a step-by-step example for this kind of integration: text analysis is used to extract structured information from a database table containing unstructured information.
在XML中以通用的格式呈现结构化信息(不受使用信息的方式影响)甚至更加重要，因为通用的格式不受限于文档领域。
Delivering structured information in a generic format that is independent of how that information is being used is even more important in XML, which is not limited to the realm of documentation.
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