Attribute Information Extracting Method for Air Quality Assessment of Buildings

Xiaozhi Du, Yurong Duan, Wei Huang
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Abstract

Extracting architectural elements from Industry Foundation Classes (IFC) files plays an important role on indoor air quality assessment. However, the traditional methods may extract useless instances and miss some necessary information, which results in poor air quality assessment. To address the above issues, this paper proposes an attribute extraction method for air quality assessment from IFC files, called as IFC-AAE. First the instances of the IFC file are preprocessed to remove the redundancies. Next the entity instances related to air quality assessment are extracted and then classified based on floors. Finally, the attribute information of these entities is extracted according to their reference relationship. The experimental results show that the IFC-AAE method is superior than the previous methods. Compared with the IFC file analyzer, the IFC-AEE method generates fewer invalid data. Compared with the Map-based extract method, the IFC-AEE method has an improvement by 4.78% on the precision rate on average.
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从工业基础类(IFC)文件中提取建筑元素对室内空气质量评价具有重要意义。然而,传统的方法可能会提取出无用的实例,遗漏一些必要的信息,从而导致空气质量评价效果不佳。针对上述问题,本文提出了一种从IFC文件中提取空气质量评价属性的方法,称为IFC- aae。首先,对IFC文件的实例进行预处理以消除冗余。接下来,提取与空气质量评估相关的实体实例,然后根据楼层进行分类。最后,根据实体的引用关系提取实体的属性信息。实验结果表明,IFC-AAE方法优于以往的方法。与IFC文件分析器相比,IFC- aee方法产生的无效数据更少。与基于地图的提取方法相比,IFC-AEE方法的平均准确率提高了4.78%。
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