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首页> 外文期刊>Computers,environment and urban systems >Implementing feature level semantics for spatial data discovery: Supporting the reuse of legacy data using open source components
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Implementing feature level semantics for spatial data discovery: Supporting the reuse of legacy data using open source components

机译:为空间数据发现实现特征级别语义:使用开放源代码组件支持对遗留数据的重用

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摘要

As the diversity and volume of web-based spatial resources continue to grow, so too do the challenges posed for those wishing to find spatial information on the web, or for those wishing to contribute such information. Alongside the wealth of existing data resources, differing conceptual models are leading to the increasing adoption of methods emerging from Semantic Web initiatives. This paper describes an approach that employs such methods in order to support the use and discovery of spatial resources, presented within the context of a search application. Based upon an architecture of freely available open source software components, the approach incorporates formal semantics through the use of an application ontology associated with a Resource Description Framework (RDF) representation of natively held geospatial data. This prototype is offered as a first step towards a strategy for countering semantic ambiguity in the data and query content, providing a viable path for publishing legacy spatial data holdings in a future Geospatial Semantic Web.
机译:随着基于Web的空间资源的多样性和数量的不断增长,对于那些希望在Web上找到空间信息的人或那些希望提供此类信息的人来说,挑战也随之增加。除了丰富的现有数据资源外,不同的概念模型还导致越来越多地采用语义Web计划中涌现的方法。本文介绍了一种采用此类方法以支持在搜索应用程序上下文中呈现的空间资源的使用和发现的方法。基于免费提供的开源软件组件的体系结构,该方法通过使用与本机持有的地理空间数据的资源描述框架(RDF)表示形式相关联的应用程序本体,将形式语义纳入其中。提供该原型是迈向对抗数据和查询内容中语义歧义的策略的第一步,为在未来的地理空间语义网中发布旧有空间数据馆藏提供了一条可行的途径。

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