1) Generating ontology automatically
Ontology自动构建
2) Automatic Construction of Domain Ontology
自动创建领域Ontology
1.
Instance Learning in Automatic Construction of Domain Ontology;
自动创建领域Ontology可以克服手工方法的不足,成为当前的研究热点之一;实例(Instance)是Ontology的重要组成元素,从领域文档集中学习实例是自动创建领域Ontology的关键之一。
3) automatic construction
自动构建
1.
An automatic construction strategy of domain ontology based on concept hierarchy theory and KDD technology is proposed in this paper,and this method carries out the automatic construction of domain ontology framework by extracting information,modeling and using concept hierarchy theory and uses KDD technology to further extend domain ontology automatically.
提出了一种以概念分层理论和KDD(knowlegde discovery in databases)技术进行领域本体自动构建策略,通过对信息提取、建模以及利用概念分层理论进行领域本体的自动框架建设,并使用KDD技术进一步对领域本体进行自动扩建,达到自动构建领域本体的目的。
5) auto creating technology
自动构建技术
1.
The paper mainly discusses the auto creating technology of topological spatial relationship, on the basis of which a crunode matching algorithm is brought forward to create the topological relation of points and lines, and the topological relationship could be set up for points, lines and polygons based on grid index.
对地理信息系统中空间关系自动构建技术进行了研究 ,并在此基础上提出了基于栅格索引的结点匹配算法来实现点线拓扑关系的自动构建技术 ,建立起点、线、多边形的拓扑关系 ,描述了自动建立拓扑关系的实现过
6) polygon auto-construction
多边形自动构建
1.
Based on analysis of localization of literature6 s Algorithm,used the theory of analytic geometry,put forward an improved algorithm of topological polygon auto-construction based on azimuth calculation,which preferably solved the problems of disconnection of arc in polygon construction a.
在分析文献犤6犦算法局限性的基础上,根据解析几何的原理,提出了一种基于方位角计算的拓扑多边形自动构建的改进算法,较好地解决了多边形构建中弧段断开处理和多边形拓扑关系确定的问题。
补充资料：后勤指挥自动化系统(见后勤指挥自动化)
后勤指挥自动化系统(见后勤指挥自动化)
automated system of logistic command
houqin zhihui zidonghua xitong后勤指挥自动化系统(automated、ys-tem of logistie eommand)见后勤指挥自动化。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条