semantic component的例句大全

Attributive semantic research is an important component of great importance in the semantic study.

定语的语义指向研究是语义指向研究的一个重要组成部分.

Semantic component analysis should be differentiated from the semantic feature analysis.

语义成分分析应和语义特征分析区别开来。

The experimental results show that the question semantic component identification achieved good results. 3.

实验结果表明，问句语义成分识别方法的识别效果较好。

First of all, this paper introduces a semantic component model and also makes extension to it.

首先，本文介绍了一种语义构件模型，并对其进行了扩展。

Semantic component includes movement behavior, condition, degree, result, orientation, direction, etc.

构成述补结构的语义成分包括动作行为、状态状况、程度、结果、方向、趋向等成分。补语又可以分为结果补语、趋向补语、可能补语、动态补语、程度补语、数量补语等等；

The system of ways expressing emotions in language forms emotive semantic component of language.

语言还是人们情感交流的工具。语言表达情感的手段体系构成语言的情感语义成分。

Some Issues in Labeling Corpus Semantic Component

语料库语义成分标注的若干问题

Emotions and Emotive Semantic Component of Language

情感和语言里的情感语义成分

In any NLP systems, including that of MT, syntactic and semantic information dictionary is an essential component.

在自然语言处理系统（包括机器翻译系统）中，语法、语义信息词典是必不可少的构件。

Although patterns may be combined, based on their intents and interactions of input and output parameters, semantic compatibility of the component patterns are not easily analyzed mechanically.

虽然模式可以根据目的及输入输出参数的交互组合在一起，但组件模式的语义兼容性并不容易进行机械性的分析。

Specifically, major contributions are as follows: Firstly, this thesis develops a formal semantic model for component that is based on predicate logic, set theory and Pi-calculus.

具体如下：首先，本文结合构件的静态结构特征和动态行为特征，基于谓词逻辑、集合论以及进程代数π演算，提出了一种构件的形式语义模型。

Formal Semantic of Architecture-Centric Component Model

以体系结构为中心的构件模型的形式化语义

This paper presents a technique for using mutation analysis to test the semantic correctness of XML-based component interactions.

本文提出一种变异分析技术来测试基于XML的网络异构组件交互的语义正确性。

In this paper, after a feature-based business component model is proposed, structural and semantic dependency relationships between components are deeply researched.

在提出基于特征的业务构件模型之后，研究构件之间存在的结构和语义依赖关系，并分析了构件组织方式与建模效率之间关系。

On top of that, we introduced the new Codan static analysis framework as optional component to provide semantic error reports ahead of compile time.

在此基础之上，我们引入新的Codan静态分析框架作为可选组件，在编译之前提供语义错误报告。

The ontology-based Simulation Component Object Model ( SCOM) is proposed, which improves the ability of the object model in describing simulation components from both grammatical and semantic levels, and makes the publishing, searching, and combining of simulation components much more convenient. 3.

提出了基于本体的仿真组件对象模型（SCOM），从语法和语义两个层面提高了对象模型对仿真组件的描述能力，便于仿真组件的发布、查找和组合。