By the combination of radicals or semantic elements, single compound words can express complex conceptual relations, often of an abstract universal character.
通过部首或语义元素的组合，单个复合词可以表达复杂的概念关系，通常具有抽象的普遍性。
Semantic relevancy computation is used to solve structural disambiguity in parsing syntactic.
引入了语义相关度计算是为了解决句法分析中的结构性歧义。
Concerning the semantic formula of -men, some linguists posit that -men is a plural marker in pronouns.
关于其语义特征，一些语言学家认为“-men”在人称代词后是复数标记。
This is a static semantic error.
这是个静态语义错误。
协助语义建模。
So when will the Semantic Web arrive?
那么语义互联网什么时候到来呢？
The Semantic Web is about two things.
语义网是指两件事。
It has no underlying semantic meaning.
它并没有潜在语义。
This was a lower-case semantic web effort.
这其实是一个语义化网络的努力。
That's the semantic distinction. Yeah.
那是语义上的区别，请说。
All right. Why is it a static semantic error?
好，这为什么是个静态语义错误呢？
According to SWEO, it is about the Semantic Web.
根据SWEO的说法，这跟语义网有关。
This brings me to a new term: semantic equivalence.
这就引入了另一个术语：语义等价。
DITA is the semantic framework for the information.
DITA是这些信息的语义框架。
Developers will generally work with semantic models.
开发者通常会使用语义模型。
Thus, semantic spectrum covers both data and metadata.
因此，语义谱同时覆盖了数据和元数据。
We refer to those metadata as service semantic metadata.
我们将那些元数据称为服务语义元数据。
In the semantic Web data is represented by semantic models.
在语义网中，数据由语义模型来表示。
These taxonomies induce semantic relationships among objects.
这些分类法可归纳对象之间的语义关系。
Now you need to start putting the "semantic" in semantic Web.
现在需要开始将“语义”放入语义web中。
Processing can rely on this consistency and semantic precision.
处理程序可以依赖这种一致性和语义的精确性。
Semantic models and concepts are ideal for discovering services.
语义模型和概念用于发现服务非常的理想。
From the semantic point of view, metadata provides meaning for data.
从语义的角度来说，元数据提供了数据的含义。
Built in taxonomy and an extensible ontology for semantic mediation.
为语义中介内置分类法和可扩展本体论。
In this way, semantic transparency is achieved through informal means.
这样就通过非正式的方式得到了语义透明性。
However, certain semantic constraints can be expressed as syntactic ones.
然而，某些语义约束可以表达为语法约束。
Concrete model semantic elements are located in implementation artifacts.
具体的模型语义元素位于执行产品之中。
Using semantic anchors within schemata for bottom-up semantic transparency
对于自下而上的语义透明性在模式中使用语义锚（anchor）。
Service interoperability requires "semantic" data model for their interaction.
服务互操作性需要用于交互的“语义”数据模型。
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