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Analysis of architectural space composition using inductive logic programming

机译:使用电感逻辑编程分析建筑空间组成

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In this paper, we summarized an application of the ILP technique to the analysis of the human design process in architectural design. We focused particularly on discovering the patterns in the spatial composition process in the framework of design analysis called Architectural Space Montage Technique. Spatial composition data used in this paper are complexly structured data, which are collections of architectural objects with geometric relationships. The objects and relationships are constrained within a given set of attributes (such as object type, object angle, time stamp, relation type) together with background knowledge on the class hierarchies of object types and relation types. We modeled these spatial composition process data in first-order logic and applied the ILP system Progol to discover design patterns that characterized the given data.
机译:本文总结了ILP技术在建筑设计中分析人类设计过程中的应用。特别专注于在设计分析框架中发现空间成分过程中的模式,称为体系结构空间蒙太奇技术。本文中使用的空间组成数据是复杂的结构化数据,这些数据是具有几何关系的建筑物体的集合。对象和关系在给定的一组属性(例如对象类型,对象角度,时间戳,关系类型)中,以及对象类型和关系类型的类层次结构上的背景知识。我们以一阶逻辑建模了这些空间组合过程数据,并应用了ILP系统ProGol以发现表征给定数据的设计模式。

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