领域本体

针对能有效解决交通信息系统间语义集成的映射问题，完成基于领域本体的交通信息集成与发布，并提出了交通领域本体的语义整合机制。

To solve mapping problem effectively in traffic information systems ' semantic integration domain ontology is raised and published and semantic integration mechanism of transportation domain ontology was proposed .

基于领域本体的Web服务动态组合模型

Dynamic Web service composition model based on domain ontology

语义Web服务中的领域本体半自动构建研究

Research on Domain Ontology Semi-automatic Construction in Semantic Web Services

基于Web构造领域本体方法的研究

Research on Method of Domain Ontology Building Based on Web

基于领域本体定义Web服务属性的个性化聚类。

Definition of web service attributes ' customized group based on Domain Ontology .

基于Web挖掘的领域本体自动学习

Automatic domain ontology learning based on web mining

基于领域本体的XML语义信息抽取的研究与实现

Research and Implementation of XML Semantic Information Extraction Based on Domain Ontology

基于XML表示领域本体的方法，将作为企业统一的知识资源表示方式。

Knowledge discovered is represented based on XML and domain ontology method .

基于领域本体的WEB文档正文的抽取算法

Domain Ontology-based Web Text Extraction

本文的主要工作如下。1.面向语义Web领域本体的建立与形式化研究。

The major work is as below . 1 . The construction of domain Ontology and its formal inference research .

本文基于Google网页目录建立了领域本体。

The Domain Ontology is built based on the Google page directory .

再次，描述了框架的关键技术，包括WebServices，领域本体的构建，局部数据模式的本体构建、本体映射等。

Thirdly , describes key technologies of architecture , include web services , domain ontology , local ontology , ontology mapping .

利用类别本体对领域本体的组织，提出了层次式Web服务目录系统。

By utilizing category ontology to organize domain specific ontology , it presents a kind of hierarchical Web service catalog system .

该系统由领域本体服务器、本体映射服务器、语义信息源、以及多Agent查询系统组成。

The entire system integrates the ontology server , ontology-mapping server , semantic information sources and multi-agent query system .

基于领域本体的PDM系统工程更改管理模型

Engineering change management model of PDM system based on domain ontology

利用本体技术和语义Web服务构建的物流领域本体和物流服务本体是实现物流信息语义匹配的基础。

The logistics domain ontology and logistics service ontology based on existing semantic web service standard are the foundation of semantic matching of logistics information .

基于领域本体和OWL-S的Web服务组合方法

Web Service Composition Method Based on Domain Ontology and OWL-S

Multi-Agent系统中基于UML的领域本体建模

UML-Based Domain Ontology Modeling for Multi-Agent System

基于领域本体的PDM系统产品结构与配置管理模型

Product construction and configuration management model of PDM system based on Domain Ontology

RDF可信度扩展在领域本体构建中的应用

A Credibility Extension to RDF and Its Application for Domain-Ontology Building

基于Web的本体学习方法通常包括术语抽取，语义解释，和创建领域本体。对于基于Web的空间本体学习也包括这三个方面。

Web-based ontology learning methods typically include terminology extraction , semantic interpretation , and create domain ontology , as well as Web-based spatial ontology learning includes those three aspects .

基于领域本体的RDF检索模型研究

Research of RDF Retrieval Model Based on Domain Ontology

在地理信息领域本体的约束下，通过OWL-S对GISWebServices进行形式化语义表达，为服务的自动发现、组合奠定了基础。

Under the restriction of geographic information domain ontology , it formalizes GIS Services according OWL-S , establishes foundations for Web services discovery and composition .

设计基于语义Web服务的旅游信息系统，通过实例演示初步验证了基于领域本体的Web服务发现、组合与执行方法的适用性和有效性。

It designs a tour information system based on Semantic Web Services . The usability and validity of the discovery , composition and execution of Web Services is proven by this demo system .

基于MIB构建网络管理领域本体方法研究

Research of Constructing Network Management Domain Ontology Based on MIB

领域本体作为一种能在语义和知识层次上描述信息的概念模型，在智能信息检索、知识获取、自然语言理解和Web信息处理等方面发挥着重要的作用。

As a conceptual model of describing information in semantic level , domain ontology is becoming more and more important in intelligent information retrieval , knowledge acquisition , natural language understanding and Web information processing .

系统的设计部分包括Agent开发平台的介绍、系统领域本体的设计、Agent的详细设计与消息流、智能决策的分析与设计和数据库的设计。

The system design includes agent development platform 's introduction , domain ontology 's design , agent 's design and message flow , intelligent decision 's analysis and design , database 's design .

研究GISWebServices的语义表达，建立了地理信息领域本体，对地理信息领域概念及概念间关系进行精确描述。

This paper researches how to describe the semantic meaning of GIS Web Services , sets up geographic information domain ontology , describes the conception of geographic information domain and relationship of conceptions exactly .

此方法使用一个预定义的领域本体知识库来识别这些页面的内容，同时利用一些来自Web站点的导航模式来识别自动填写表单时所需进行的路径导航。

This method uses a pre-defined ontology repository for identifying the contents of these pages and takes the advantage of some patterns that can be found among web sites to identify the navigation paths to follow .

Agent模型由信念、目标、计划三个基本子模型构成，这些子模型是根据分析阶段所获得的职能模型、协同工作过程模型以及领域本体来建立的。

Agent Model consists of three sub-models : Belief Model , Goal Model and Planning Model , which is built according to the role models and cooperative working process models obtained from agent-oriented analysis phase .