Simple Structured Data storage.
简单结构化数据（Simple Structured Data）存储。
主要结构化数据。
Structured versus unstructured data.
结构化和非结构化数据。
Databases contain structured data as well.
数据库也包含结构化数据。
Store structured data in a private database.
将结构化的数据保存进数据库。
Information can be both structured and unstructured data.
信息可以为结构化和非结构化数据。
Microdata is a simple way to add structured data to pages.
微数据是向页面添加结构化数据的一种简便方式。
Business processes often rely on access to structured data.
业务流程通常要依靠获得结构化数据。
There is good reason for that: It's easy to parse structured data.
这样的原因是：结构化的数据更容易解析。
This is a fairly simple mapping from semi-structured data to HTML.
这是一个相当简单的从半结构化数据到HTML的映射。
That's structured data that many, many companies could take advantage of.
那些正是很多公司所利用的结构化数据。
Nevertheless it's clear to us that the time for structured data has come.
但是很显然，结构化数据时代已经到来。
There is no solution for local storage and caching of structured data.
没有本地存储和缓存结构化数据的解决方案。
So far, there have been many good methods of structured data learning.
至今，出现了许多十分优秀的结构化数据学习方法。
If you are looking to store more structured data, you have a couple of options.
如果你打算存储更加结构化的数据，你有一堆选项可用。
Our first post was about Structured Data, our second about The Real-Time Web.
我们的第一篇文章是关于结构化数据的（中文link），第二篇文章是关于实时网络的（中文link）。
In this article, we have focused on the data consolidation pattern for structured data.
在本文中，我们重点关注于结构化数据的数据整合模式。
Many applications, especially search engines, can benefit greatly from direct access to this structured data.
许多应用，尤其是搜索引擎，可以极大低受益于直接访问这种结构化数据。
They can also store structured type columns or index data.
它们还可以存储结构化类型的列或索引数据。
How do you get the data to the browser in a structured way?
如何使用结构化的方式将数据发送到浏览器呢？
These are structured pieces of information that specifically define data.
这些都是明确定义数据的结构化信息片段。
Traditionally, management of structured information falls under the label of data management.
传统上说，在数据管理的标签下，管理结构化的信息要落后些。
But, more data today is not stored in a structured manner.
但是，今天的数据大部分都不是以结构化的方式储存的。
Each of these is a complex data type containing structured information describing specific platform qualities.
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。
Consolidating information requires the data to be structured in a common way.
合并信息要求以共同的方式对数据进行组织。
In this example, the data is structured.
本示例中的数据属于结构化数据。
The XML data should be structured to make that pattern matching as easy as possible.
应该构造XML数据，使模式匹配尽可能简单。
The type of data that you analyze—structured versus unstructured
分析的数据的类型 —结构化的还是非结构化的
The type of data that you analyze—structured versus unstructured
分析的数据的类型 —结构化的还是非结构化的
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