But at the same time, some important problems are generated; ontology evolution is one of them.
但同时，也催生了一些亟待解决的问题，本体演化就是其中之一。
This paper trys to do some research on ontology evolution from the view of ontology versioning management.
从整体的角度讨论了本体的系统演化框架和一般的演化过程。
Currently, approaches of ontology evolution are deal with evolution requirements in sequence, the factors of evolution cost are uncertainty.
当前的本体演化方法都是顺序地处理多个本体演化需求，本体演化中关于演化代价的影响因素不明确。
And the ontology evolution was hence implemented through the method based on the property and standard, and linked with the semantic environment.
通过设计类间关系的继承算法和类间的相离关系算法，验证了转子故障本体知识的一致性。
No matter during the ontology mapping or the ontology evolution, the attribute-based concepts similarity computation is the key point of the ontology research.
无论在本体映射或本体进化中，基于属性的概念相似度计算都是本体论研究的关键内容。
In the mean time, we integrate current ontology repository management, manual evolution tool, semantic search and semantic reasoning to form a complete ontology evolution management tool.
同时整合现有的本体库管理，手动本体进化工具，语义搜索和语义推理等软件，形成了完整的本体进化管理工具。
This paper proposes an ontology evolution management framework MFI-3, which consists of kernel model, change model, constrain model, evolution information model and change propagation model.
该文提出了一个本体演化管理框架MFI - 3，它包括本体注册模型、变化模型、约束模型、演化信息模型和变化传播模型。
In the process of ontology research and application, we always meet the problems of ontology change and evolution.
但在对本体的研究和应用的过程中必然会遇到本体的变化和演进的情况。
The self-organizational evolution of complex system has not only uncertainty but also determinacy, but the determinacy is relative either from ontology or from epistemology.
复杂系统的自组织进化不仅具有非决定性的一面，也有决定性的一面，但这种决定性无论从本体论还是从认识论上看，都具有一种相对性。
Systematically expounding and comparing 7 building ontology approaches, a new approach to building domain ontology — Cycle Evolution is proposed.
对7种本体构建方法进行了系统的阐述和比较研究，提出了一种新的领域本体构建方法- - -循环进化法。
Ontology may evolve when the domain, time and application 'requirement change. Therefore, the evolution of ontology along with environment change become the key point of current research.
本体随着领域、时间、应用环境等的变化而不断发生着演变，因此，本体的完善以及随环境的变化而进化就成为了当前本体研究的重点。
From the ontology of technology, the objectifiable reason of technology evolution is the value of technological structure evolution and the value of technological function evolution;
从技术的本体论看，技术进化的客体性原因在于技术结构价值和技术功能价值的进化；
From the ontology of technology, the objectifiable reason of technology evolution is the value of technological structure evolution and the value of technological function evolution;
从技术的本体论看，技术进化的客体性原因在于技术结构价值和技术功能价值的进化；
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