Spatial Data Mining on Hierarchical Semantic Relation among Multi-scale Geographical Representations

Yan-hui Wang, Hao Meng
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Abstract

Multi-scale representations for geographical entities is one of research focuses in the field of multi-scale spatial database, Compared with the traditional GIS model, the essential modeling mechanism and strategies for building multi-scale data model are explored. Taken the road feature as an example, a detailed description of multi-representation model elements in the multi-scale model are provided, which includes abstract data types and attribute-value domains for geographical features at different scales, as well as the scale, semantic, and mapping hierarchical relations among multi-representations. Based on which, an appropriate multi-scale conceptual model is given in detail with multi-scale extended E-R method. At last, a case in point is given to implement the entities and relations abstracted from the multi-scale modeling technique strategies, which is helpful to build a convenient and visual multi-sale spatial information services platform for route design, route guide and route display.
基于多尺度地理表示层次语义关系的空间数据挖掘
地理实体的多尺度表示是多尺度空间数据库领域的研究热点之一,通过与传统GIS模型的比较,探讨了构建多尺度数据模型的基本建模机制和策略。以道路特征为例,详细描述了多尺度模型中的多表示模型要素,包括不同尺度下地理特征的抽象数据类型和属性值域,以及多表示之间的尺度、语义和映射层次关系。在此基础上,利用多尺度扩展E-R方法给出了合适的多尺度概念模型。最后以实例实现了从多尺度建模技术策略中抽象出来的实体和关系,为路线设计、路线引导和路线展示提供了方便、可视化的多销售空间信息服务平台。
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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