结合BIM和现有建筑关联数据的新颖工作流程

Mathias Bonduel, M. Vergauwen, Ralf Klein, Mads Holten Rasmussen, P. Pauwels
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引用次数: 10

摘要

将传统的建筑信息建模(BIM)工具和关联数据技术相结合,可以改善将建筑模型与外部数据集连接起来的选择。在这方面,现有的工作流程需要一个传统的BIM模型——包括物体的几何形状——作为起点。本文提出了一种新颖的、面向现有建筑的替代工作流程,包括一个初始实现。首先使用BOT本体对建筑拓扑进行建模,允许关联数据建模器从项目开始就丰富这个初始图形,而不依赖于具有(详细)几何形状的BIM。然后,从共享的建筑拓扑开始,可以制作现有建筑的传统BIM -包括物体的几何形状。在这个更灵活的工作流的最后,初始RDF图和基于bim的RDF图直接相互连接,组合了两个数据集。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A novel workflow to combine BIM and linked data for existing buildings
Combining conventional Building Information Modeling (BIM) tools and Linked Data technologies improves the options to connect building models to external datasets. Existing workflows in this regard expect a conventional BIM model - including object’s geometry - as a starting point. This paper presents a novel, alternative workflow oriented towards existing buildings, including an initial implementation. Modeling the building topology using the BOT ontology is done first, allowing a Linked Data modeler to enrich this initial graph from the start of a project without being dependent on a BIM with (detailed) geometry. Later, a conventional BIM - including objects’ geometry - of the existing building can be made, starting from the shared building topology. At the end of this more flexible workflow, both the initial RDF graph and the BIM-based RDF graph are directly connected to each other, combining both datasets.
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