LOG-IDEAH:建筑资产保护ASP

V. Novelli, Marina De Vos, J. Padget, D. D’Ayala
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引用次数: 6

摘要

为了保护我们的文化遗产,重要的是要保护我们的建筑资产,包括建筑物,其装饰和它们所包含的空间。在一些地理区域,偶尔发生的自然灾害,特别是地震,会破坏这些文化资产。“永存”是欧洲联盟资助的一个项目,目的是建立一种方法,对这些建筑物的损坏进行分类,称为“倒塌机制”。结构工程研究已经确定了17种不同的砖石建筑在地震中破坏的倒塌机制。根据已建立的结构工程实践,已经指定了基于纸张的决策树来编码各种坍塌机制的识别过程。在本文中,我们报告了如何将答案集规划应用于这些崩溃机制的机器可处理表示的构建,作为这些决策树的替代方案,以及它们随后的验证和应用于拉奎拉,阿尔及尔和罗德岛的建筑记录。因此,我们主张结构工程师不需要耗时且容易出错的决策树方法,而是可以直接指定坍塌机制的属性作为答案集程序。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
LOG-IDEAH: ASP for Architectonic Asset Preservation
To preserve our cultural heritage, it is important to preserve our architectonic assets, comprising buildings, their decorations and the spaces they encompass. In some geographical areas, occasional natural disasters, specifically earthquakes, damage these cultural assets. Perpetuate is a European Union funded project aimed at establishing a methodology for the classification of the damage to these buildings, expressed as “collapse mechanisms”. Structural engineering research has identified 17 dierent collapse mechanisms for masonry buildings damaged by earthquakes. Following established structural engineering practice, paper-based decisions trees have been specified to encode the recognition process for each of the various collapse mechanisms. In this paper, we report on how answer set programming has been applied to the construction of a machineprocessable representation of these collapse mechanisms as an alternative for these decision-trees and their subsequent verification and application to building records from L’Aquila, Algiers and Rhodes. As a result, we advocate that structural engineers do not require the time-consuming and error-prone method of decisions trees, but can instead specify the properties of collapse mechanisms directly as an answer set program.
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