The authors mainly discussed OVSR's ontology structure, video semantic model and indexing model, and studied the user's searching rewriting algorithm and ontology reasoning algorithm.
主要论述OVSR的本体架构，视频语义模型和索引模型，研究OVSR的查询重写算法以及本体推理算法。
Aiming at solving those problems, this paper define structural criteria according to the features of the ontology structure which guide the partition process in order to improve the partition quality.
针对这些问题，文章根据本体特征定义结构标准，指导分块过程，改善分块及映射的质量，并重新设计了基于结构标准的本体分块映射的方法。
Ontology can be viewed as a tree structure. Concepts comprise of class and subclass, the relationships between which are tree's edges.
一个本体可以抽象为一个树状结构，概念由类与子类构成，类与子类之间的关系是树中的边。
An algorithm is also provided to extracting ontology concept from concept structure.
并且给出了一个从概念结构中抽取本体概念的算法。
Thesecond chapter introduced semantic network model theory in detail based on ontology, including model structure, knowledge expression and inferential mechanism.
第二章详细介绍了基于本体论的语义网络模型理论，包括语义网络模型的结构、知识表示及推理机制。
Then a brief introduction on the main structure of Ontology and the achievement of decomposition algorithm is given by this dissertation.
并介绍了主要的本体结构和查询分解策略的实现情况。
This article reflects on the existing theory of nature of Economic law from the meaning of philosophical law, the meaning of Ontology law, the internal structure of Economic law and so on.
本文从法哲学意义上、本体法意义上以及经济法的合理内部结构等层面上对现有的关于经济法本质属性的理论进行了反思。
It first divides the ontology into a set of sub-trees with different granularities according to the structure of the ontology, then USES sub-tree mapping algorithm to map them.
本文提出一种基于树分割的本体映射算法，首先根据本体的结构将本体树分割成不同粒度的子树集，然后在各子树之间运用子树映射算法进行映射。
In order to reduce redundant relations inducted by ontology fusion, this paper proposes a method for eliminating those redundant inclusion relations and clarifying the structure of the fused ontology.
为解决分布式本体融合过程导致的术语包含关系大量冗语的问题，文中提出一种关系约简算法，消除了传递可推导冗语关系，澄清了本体结构。
In the second part, the author holds unit ontology as research perspective, to analyze and clarify the internal structure of the subject of unit crime.
本文第二部分以单位本体论作为研究视角，对单位内部结构进行剖析与厘清。
This method not only made use of similarity-based structure analysis method but also made use of description ability of semantic concepts in Ontology.
该方法借鉴了传统的基于相似度的结构分析方法，又充分利用了本体的概念语义描述能力。
In the following part, the structure of context information processing platform and the modeling and storing scheme of context information based on ontology are presented.
之后对上下文处理平台的结构和基于本体的上下文信息建模及存储机制进行介绍。
The existing product structure can be mapped to its product functions by using functional ontology, and the design principles can be represented by functional decomposition tree.
使用功能本体实现现有产品结构到其功能的映射，利用功能分解树表达产品的设计原理。
By extrapolating rules the ontology model of index structure and distributed architecture established, the results show the high degree of configurability and scalability of this method.
通过对索引结构和分布式结构所建立的本体模型进行规则推演和应用，结果表明该方法具有高度的可配置性和可扩展性。
Finally we select the partial semantic characteristics from the labeling sets, and form the syntax-semantics mapping structure which can be an essential factor for the later ontology learning.
本章最后我们在标注的结果中，抽取出了我们需要的部分语义特征，构造句法-语义映射结构，该结构为以后本体学习中的一个关键要素。
Creation of green construction ontology is a complex and cyclical process, with green construction technology constant progress, need to synchronously improve the existing body structure.
绿色施工本体的创建是一个复杂及循环往复的过程、随着绿色施工技术的不断进步，需要同步完善已有的本体结构。
These tools can help us in every structure and every point of the image ontology learning.
归纳了本体学习的多种表示语言和学习工具。
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；
As a modeling tool which can describe the conceptual structure of information system at semantic and knowledge levels, ontology has very large advantage in knowledge modeling.
本体作为一种能在语义和知识层次上描述信息系统的概念模型的建模工具，它在知识建模上具有非常大的优势。
It proved that the method of ontology modeling and formal representation mechanism can better express the knowledge structure of emergency field. It is available.
结果证明，这种本体建模方法和形式化表达机制，能够较好表达应急领域的知识结构，是可行的。
It proved that the method of ontology modeling and formal representation mechanism can better express the knowledge structure of emergency field. It is available.
结果证明，这种本体建模方法和形式化表达机制，能够较好表达应急领域的知识结构，是可行的。
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