Development of Semantic Model of Multi-Level-Building Navigation Using Indoor Ontology and Dijkstra's Algorithm

Ye Yuan, Xiaoying Kong, Gengfa Fang, Li Liu, Sanya Khruahong
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引用次数: 1

Abstract

Location based services (LBS) can be separated into a number of layers: technology layer, application layer, standard layer, and social-ethical layer. This paper presents an ontology development at standard layer. We developed an ontology to identify and classify indoor semantic information to guide the development of LBS applications for multi-level building navigation. This ontology proposed models of multilevel building properties as classes of building, level, zone, link, node, and coordinate. To apply this ontology, we develop an indoor navigation algorithm using the ontology classes and Dijkstra's algorithm for shortest path in user navigation. A prototype and experiments are implemented to validate this ontology.
基于室内本体和Dijkstra算法的多层建筑导航语义模型开发
基于位置的服务(LBS)可以分为许多层:技术层、应用层、标准层和社会伦理层。本文提出了一种标准层的本体开发方法。我们开发了一个本体来识别和分类室内语义信息,以指导多层次建筑导航LBS应用的开发。该本体提出了多层建筑属性的模型,包括建筑类、层次类、区域类、链接类、节点类和坐标类。为了应用该本体,我们利用本体类和用户导航中的Dijkstra最短路径算法开发了一种室内导航算法。通过原型和实验对该本体进行了验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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