A Spatio-Temporal Resource Description Framework Schema Model for Aeronautical Dynamic Information Based on Semantic Analysis

Xin Lai, Jiwei Zeng, Yi Dai, Shuai Han
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Abstract

Aeronautical information service (AIS) involves manifold correlations among aeronautical events. The data mining technology has been used to extract the characteristics of aeronautical information. With the aeronautical dynamic information of the notice to airmen (NOTAM) as the study case, this paper carries out semantic analysis on NOTAMs, and establishes a spatio-temporal resource description framework (RDF) schema model by combining a three-tuple RDF model and semantic analysis to extract features of aeronautical information. The new model is constructed by Protégé and NOTAM texts are employed to verify the model. Experiments showed that our proposed model could effectively match the samples of NOTAM information and extract the characteristic data from the NOTAM information. The study is expected to provide a basis for further aeronautical information mining based on knowledge graph.
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基于语义分析的航空动态信息时空资源描述框架模式模型
航空情报服务涉及航空事件之间的多重关联。利用数据挖掘技术提取航空信息的特征。本文以航空通告(NOTAM)航空动态信息为研究对象,对NOTAM进行语义分析,将三元组RDF模型与语义分析相结合,建立时空资源描述框架(RDF)模式模型,提取航空信息特征。新模型由protacimassig构建,并采用NOTAM文本对模型进行验证。实验表明,该模型能够有效匹配NOTAM信息样本,并从NOTAM信息中提取特征数据。该研究为进一步基于知识图谱的航空信息挖掘提供了基础。
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