本体

běn tǐ
  • body;noumenon;identity;thing-in-itself
本体本体
本体 [běn tǐ]
  • (1) [thing-in-itself]∶事物的本身

  • 八音有本体,五音有自然--阮籍《乐论》

  • (2) [noumenon]∶哲学名词。形成现象的根本实体(常与现象相对)

本体[běn tǐ]
  1. 通过离心机本体和相应的配套设备,自动控制,实现了TiO2悬浮液的自动分离。

    By using the noumenon of centrifuge and the corresponding kit equipments , by the automatic control , the automatic separation of the TiO_2 suspension was realized .

  2. 在Z轴的附近区域来说,属于封闭型本体极迹,但在赤道面上对于过原点的一切轴线,它们的本体极迹是被赤道极迹连接起来的,所以属于分离型本体极迹。

    The area nearby Z axis is closed-type noumenon pole tracks , but all the other axes on the plane through the equator have a separate-type noumenon pole tracks linked by the pole track on the equator .

  3. 康德关于经验的评论著作最终与本体论和形而上学混为一谈。

    Kant 's work on the critique of experience became ultimately indistinguishable from ontology and metaphysics .

  4. 一种本体构造方法及其在Web页面建模中的应用

    A Ontology Methodology and Its Application to Web Page Modeling

  5. 基于本体论相互属性的Web资源元数据模型

    Meta Model of Web Resource Based on Ontological Mutual Attribute

  6. 基于本体的语义Web挖掘技术研究

    Research of Semantic Web Mining based on the Ontology

  7. Web本体服务器及其查询接口

    A Web Ontology Server and Its Query Interface

  8. 对时间本体和本体自动扩充的研究是语义web领域的重要研究方向。

    Time ontology and automatic ontology population are important research fields in semantic web .

  9. 基于Web挖掘的领域本体自动学习

    Automatic domain ontology learning based on web mining

  10. 基于本体和Agent的地理空间信息语义共享

    Geo-spatial Information Semantic Share on Base of Ontology and Agent

  11. N型高效催化剂在小本体聚丙烯装置上的应用

    Application of n-type high efficiency catalyst for bulk polymerization of propylene

  12. 利用本体解决数据异构问题,采用web服务的方式实现数据集成。

    Used ontology to resolve data heterogeneous problem and utilize Web Service to realize data integration .

  13. 语义Web中的本体自动映射

    Automatic Ontology Mapping in Semantic Web

  14. 本体论与语义Web

    Ontology and Semantic Web

  15. 液压机本体CAD专家系统的研制

    Development of the press CAD expert system

  16. 其次,扩展语义Web粗糙模糊本体的规则。

    Information semantic retrieval are investigated . Secondly , the rules implied in the semantic Web rough fuzzy ontology are extended .

  17. UBOM:基于UML的本体建模工具

    UBOM : An Ontology Modeling Tool Based on UML

  18. 然后,针对WEB服务合成所面临的异构问题,提出基于本体的WEB服务语义注释技术。

    Next aiming at the Heterogeneity problem which WEB Services composition faces , the semantic annotation based on ontology for WEB Services is given .

  19. ParlayFramework中SCF业务的本体化描述和匹配方法

    Ontology Description and Matching Methods of SCF Service in Parlay Framework

  20. 一个基于本体的P2P语义检索框架

    An ontology-based P2P semantic retrieval framework

  21. Web本体语言OWL

    Web Ontology Language OWL

  22. 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 .

  23. 第三章对系统所采用的本体模型ORM进行了阐述。

    Chapter 3 gives the ontology model ORM used in our system .

  24. 文中采用模式图作为WSDL和OWL的匹配中介,实现了本体与网格的结合。

    It uses schema-graph to implement comparing between WSDL and OWL , by this way , integrates ontology to grid .

  25. 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 .

  26. 本文采用最新的Web本体语言(WebOntologyLanguage,OWL)描述这三种语义。

    This paper applies Web Ontology Language ( OWL ) to describe the three kinds of semantics . The semantic service primitives express the interoperation between the semantic server and clients .

  27. 结合地质勘探钻头破岩机理对失效的地质勘探钻头本体和合金齿(WCCo硬质合金)进行了失效分析。

    The failure analysis of the geological exploration bit body and alloy tooth ( WC-Co Cemented carbides ) by using scanning electron microscopy was studied .

  28. 结果表明:Cu在铂单晶(111)面上的电结晶过程在欠电位下为层状平面生长,而本体沉积为三维岛状生长;

    In the experiment , the electrodeposition of Cu on Pt ( 111 ) exhibited layered growth at underpotential deposition , and three dimensional nucleation growth at overpotential deposition .

  29. 发现的关键在于匹配,而目前一些较成熟的技术,如OWL-S,采用了本体技术对Web服务进行描述。

    Matching is the key of discovery , and some developed technologies such as OWL-S , use the ontology to describe the web service .

  30. 将基于XML(EXtensibleMarkupLanguage)的本体元数据模型作为属性求值器处理的对象,提供相应的文档类型定义(DTD:DocumentTypeDefinition)以指导XML文档的创建;

    Metadata model for ontology based on XML ( eXtensible Markup Language ) is processed by attribute-calculator , and corresponding DTD ( Document Type Definition ) is provided to guide document creating .