但我们最终可能不会用手指把数据输入电话，而是用语言——甚至直接用我们的大脑。
But entering data into a phone might ultimately be done not with fingers but with speech-or even directly by the brain.
例如，某种特有语言可能会需要自己的字体、一种特定的编码以及一些特殊的机制来输入自己的数据。
For instance, a specific language may require its own font, a particular encoding, and specialized schemes to input native data.
EPL是一种强大的语言，可使开发者实现对事件的全程查询(从输入数据中“提取”事件并调用你的业务逻辑(POJO))。
EPL is a powerful language that enables you, the developer, to implement a comprehensive range of queries to "extract" the events from the incoming data and invoke your business logic (POJO).
当XQuery 被作为顶层语言时，它需要一个输入数据的源。
When running as a top-level language, XQuery needs to have a source of input data.
一旦建立了该容器，人们就可以把数据输入到表单中，或者也可以通过软件代理用所选语言中的http库输入数据。
Once this is set up, people can enter the data into a form, or software agents can enter the data using HTTP libraries in the language of choice.
终端用户可以从同德语言输入，查看，打印字符，和一个系统应该可以接受数据，然后进行处理，并正确输出结果。
The end user can input, view, and print characters from diverse languages, and a system should be able to accept data, process it, and output results correctly.
对于数据库查询，这些控件产生自然语言输出，而不是接受自然语言输入。
These controls produce natural language as output, rather than attempting to accept natural language as input, for database queries.
这种语言与具体的物理模型无关，与不同的参数提取软件的数据输入格式无关，仅与模型在参数提取软件中的外部接口有关。
The language is independent of specific physical models and input formats of different parameter extraction software, and is only relevant to the external interface of the software.
当逻辑规则把输入数据和判定与目标或子目标联系起来时，它可用于专家系统，但此时数据常常是用似然语言而不是用确定语言表示。
It is used in expert systems when logical rules relate the input data and assertions to goals and subgoals but the data is often expressed in terms of likelihood rather than certainty.
阐述了两种结构化数据采集的方法：自然语言处理(nlp)和结构化数据输入(SDE)。
Two methods for collecting the structured data are discussed, which are natural language processing (NLP) and structured data entry (SDE).
并设计了查询树这一数据结构用来连接用户输入和SPARQL语义查询语言，且研究了查询树和SPARQL的转换算法。
We define a query tree to connect the user input with semantic query language SPARQL and study the algorithm to converse the query tree to SPARQL.
用户不需要掌握复杂的结构化查询语言，也无需了解数据模式，只需要输入查询关键词就可以进行数据库的查询。
Users do not have to master the complex query languages; nor do they have to be aware of the database schema. They only need to enter the keywords to perform a database query.
用户不需要掌握复杂的结构化查询语言，也无需了解数据模式，只需要输入查询关键词就可以进行数据库的查询。
Users do not have to master the complex query languages; nor do they have to be aware of the database schema. They only need to enter the keywords to perform a database query.
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