本体映射是解决本体异构的通用方法。
The general solution of ontology heterogeneity is ontology mapping.
本体映射是解决本体异构，在不同本体间建立语义关联的一种有效的方法。
Ontology mapping is an effective method of solving the heterogeneity of ontology and setting up semantic relevance.
摘要：本体是概念、属性和关系的集合。本体映射是解决本体异构的最好方法。
Absrtact: ontology is usually viewed as the sets of concepts, attributes and relations, ontology mapping is the best way to. Solve ontology heterogeneity.
本文通过本体相似度计算技术来解决本体异构问题，难点在于本体的属性繁多，本体间关系复杂。
The article solves the problem of heterogeneous ontology by the technology of computing ontology similarity, the difficult issue is that Ontologies have many attribute and complex relationship.
自动清洁现象的发生是由于偶氮苯得异构体远不如其本体稳定。
The self-erasure happens because the new isomer of azobenzene is not as stable as the old one.
实验表明，该方法有效地提高了异构本体映射的精度。
Experimental results show that this method can improve the precision of heterogeneous ontology mapping effectively.
结合本体技术解决分布式异构数据集成中的语义异构问题。
Resolved the semantic heterogeneous problem in the distribution heterogeneous data integration, combining with ontology technology.
本体可以应用于知识管理、系统分析、异构信息集成等领域。
Ontology can be used in knowledge management, system analysis, and heterogeneous information integration.
在信息集成过程中，本体解决了异构信息的语义异构问题，实现了信息语义上的互操作。
In the process of information integration, ontology solved the semantic heterogeneity problem of heterogeneous and autonomous data.
本体可以很好地解决异质数据源的语义异构问题。
Ontology plays an important role in solving the problem of semantic heterogeneity of heterogeneous data sources.
提出一种基于关系矩阵的异构本体信息系统间近似查询方法。
An approximate approach of querying between heterogeneous ontology-based information systems based on an association matrix is proposed.
本文的内容主要包括：(1)基于本体的异构数据集成技术研究。
Mostly including: (1) Technology research of heterogeneous data integration based on ontology.
为了有效地对异构专利数据源进行统一的查询，提出一个基于本体的异构专利数据源集成系统。
In order to carry out unified query on heterogeneous patent data source effectively, an ontology-based heterogeneous patent data source integration system was proposed.
本体技术解决了信息集成中的语义异构性问题，从而实现了信息系统间的语义互操作。
Ontology technique resolves the problems of semantic heterogeneity in information integration which realizes the semantic interoperability between information systems.
引入本体作为领域知识基础，各站点以异构的方式，按照自己的方案来进行资源存储和描述。
By introducing ontology as domain knowledge base, every node in the net describes and stores resources according to its own rule, in a isomerous way.
本体可以应用于知识管理、系统分析、异构信息集成等领域。
Ontology can be used in knowledge management, system analysis, and heterogeneous information integration. As an illustrati…
要想实现不同本体间的互操作就必须解决本体间的异构问题，一般都用本体的映射来解决本体间的异构问题。
In order to operate different ontologies, it must solve the problem of heterogeneous between ontologies. we generally used ontology mapping between heterogeneous ontology to solve the problem.
基于本体的语义信息集成主要解决分布异构的数据源之间的模式级异构和部分数据异构（包括同义字和同音异义字）。
Ontology-based semantic information integration resolves the schema level heterogeneity and part of data level heterogeneity between distributed data sources.
本文基于本体来解决语义异构问题。
This paper is intended for the solution of heterogeneous semantics problems.
基于本体的异构数据库的语义集成，首先就是要对本体进行构建。本体构建质量的高低直接影响了进一步的应用和研究效果。
The first step of Ontology-based semantic integration of heterogeneous database is to build ontology. The quality of ontology has a direct impact on further application and research.
本论文对基于本体的异构数据集成中的本体构建、本体映射和查询处理技术进行了研究和总结。
The critical technologies of the method, including ontology construction, ontology mapping and query process are researched in the thesis.
该文讨论了在专家系统平台BAPDES中本体中间件的设计，它能够有效地支持知识访问中的知识转换和互操作，为处理异构知识系统访问提供了一种解决方案。
The paper discusses the design of the ontology middleware system which is a part of the ES platform (BAPDES), the ontology middleware system can efficiently support knowledge exchange and interoper…
该文讨论了在专家系统平台BAPDES中本体中间件的设计，它能够有效地支持知识访问中的知识转换和互操作，为处理异构知识系统访问提供了一种解决方案。
The paper discusses the design of the ontology middleware system which is a part of the ES platform (BAPDES), the ontology middleware system can efficiently support knowledge exchange and interoper…
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