基于模糊双向层级算法的建筑方案策划与建筑设计评价

发布时间：2018-02-24 17:28

本文关键词： 模糊双向层级算法模糊综合评判建筑策划建筑评价　出处：《清华大学》2015年硕士论文　论文类型：学位论文

【摘要】：建筑设计具有与生俱来的模糊性。基于精确集合的经典数学工具不能很好的适应这一模糊特征,导致建筑方案策划与建筑设计评判缺乏量化分析的有效手段。诞生于20世纪60年代的模糊数学,以及基于模糊数学理论的综合评判方法,突破了经典数学的局限性,契合了建筑设计的模糊性特征。将模糊综合评判方法引入建筑设计领域,具有很强的现实意义。本文在上述研究背景下,针对现有引入方法的局限性,提出了改良方法,即模糊双向层级算法。论文的前半部分在数学语境下展开,对模糊双向层级算法的基本概念、操作流程、实际运用等做了详细论证。论文的后半部分在建筑设计语境下展开,探讨了如何基于模糊双向层级算法实现建筑方案策划与建筑设计评价。论文最后,通过一个建筑实例,验证了模糊双向层级算法的实际可行性。
[Abstract]:Architectural design has inherent fuzziness. Classical mathematical tools based on exact sets can not adapt to this fuzzy feature. As a result of the lack of effective means for quantitative analysis of architectural plan planning and architectural design evaluation, fuzzy mathematics, which was born in 1960s, and comprehensive evaluation method based on fuzzy mathematics theory, have broken through the limitations of classical mathematics. It is of great practical significance to introduce the fuzzy comprehensive evaluation method into the field of architectural design. Under the above research background, in view of the limitations of the existing methods, an improved method is put forward. The first half of the paper is developed in the context of mathematics, and the basic concept, operation flow and practical application of the fuzzy bidirectional hierarchy algorithm are demonstrated in detail. The second half of the paper is carried out in the context of architectural design. This paper discusses how to realize architectural scheme planning and architectural design evaluation based on fuzzy bidirectional hierarchy algorithm. Finally, through an architectural example, the feasibility of fuzzy bidirectional hierarchy algorithm is verified.
【学位授予单位】：清华大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TU201

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