Application of intelligence of swarm in architecture

Jan Petrš
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引用次数: 1

Abstract

Last two decades some architects have used tools, which are based on nature principles. Thanks to globalization and multidisciplinary, contemporary architecture uses principles based on computing design, engineering, sociology or nature systems. Implementation of these principles brings new possibilities to architecture and design and new ways how to develop it. This paper focuses on intelligence of swarm (SI) in architecture and describes several principles and examples which are using intelligence of nature systems like ants, birds, locusts etc. Contemporary Architecture should count with many changes which are still in progress. It is very difficult to predict, what will be tomorrow. Using of the dynamic principles in architecture, design and civil engineering could help us to be ready for these changes. Like ant colony or schooling of fish can adapt on non-predicted changes, also city or building should be capable of this. This is not useful just for dynamic and kinetic architecture, but also for finding a form of static building or city. In this paper several SI algorithms and four types of SI use in architecture are described: space optimization, swarm urbanism, swarm modelling and swarm robotics.
群智能在建筑中的应用
在过去的二十年里,一些建筑师使用了基于自然原则的工具。由于全球化和多学科的发展,当代建筑采用了基于计算机设计、工程、社会学或自然系统的原则。这些原则的实现为建筑和设计带来了新的可能性,以及开发它的新方法。本文以建筑中的群智能(SI)为研究对象,介绍了利用蚂蚁、鸟类、蝗虫等自然系统智能的几个原理和实例。当代建筑应该包括许多仍在进行中的变化。很难预测明天会是什么样子。在建筑、设计和土木工程中使用动态原理可以帮助我们为这些变化做好准备。就像蚁群或鱼群可以适应不可预测的变化一样,城市或建筑也应该有能力做到这一点。这不仅适用于动态和动态建筑,也适用于寻找静态建筑或城市的形式。本文介绍了空间优化、群体城市化、群体建模和群体机器人等四种群体集成算法在建筑中的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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