大型地理空间图像发现:元数据模型和技术框架

Lukás Bruha
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引用次数: 2

摘要

地理空间网络技术的进步引发了对珍贵历史馆藏资源公开的努力。本文重点讨论了空间数据基础设施(SDI)在这方面的作用。该工作描述了SDI技术和库中潜在用例(如地图遗产)之间的相互作用。引入元数据模型来连接来自这两个不同字段的数据源。为了提高数据搜索能力,重点研究了基于内容的栅格图像元数据的表示,这是更有效地进行目标搜索的关键前提。介绍了光栅数据自动处理、存储、分析和分发的原型系统的体系结构。该架构响应输入数据集的特征,即响应非常大的栅格数据和相关元数据的连续流。并以数位化早期地图的图解分析及相关的元数据编码为例,说明解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Large geospatial images discovery: metadata model and technological framework
The advancements in geospatial web technology triggered efforts for disclosure of valuable resources of historical collections. This paper focuses on the role of spatial data infrastructures (SDI) in such efforts. The work describes the interplay between SDI technologies and potential use cases in libraries such as cartographic heritage. The metadata model is introduced to link up the sources from these two distinct fields. To enhance the data search capabilities, the work focuses on the representation of the content-based metadata of raster images, which is the crucial prerequisite to target the search in a more effective way. The architecture of the prototype system for automatic raster data processing, storage, analysis and distribution is introduced. The architecture responds to the characteristics of input datasets, namely to the continuous flow of very large raster data and related metadata. Proposed solutions are illustrated on the case study of cartometric analysis of digitised early maps and related metadata encoding.
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