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VOILES SAILS: A modular architecture for a fast parallel development in an international multidisciplinary project

机译:声音 SAILS:一种用于国际多学科项目中的快速并行开发的模块化体系结构

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The [VOILES | SAILS] project was born from architect and artist Nicolas Reeves'' will to evoke the age-old myth of an architecture freed from the law of gravity. Many challenges had to be solved in order to achieve this result, and many skills and expertises were required to implement the different modules of the project, from mechatronics to high-level behavior programming. Standing at the crossroads between Art, Architecture and Science, this highly interdisciplinary project brings together researchers from the artistic, technological and scientific realms in an international academic collaboration. Accordingly, the structure, software, mechatronics and artistic concepts were developed in order to allow rapid implementation of new behaviors and potentials for the robots. This paper presents an overview of the development required to create this robotic platform. It is shown that the modular architecture of both the mechatronics and the software was essential for this international and multidisciplinary initiative.
机译:[VOILES | SAILS]项目是由建筑师和艺术家Nicolas Reeves诞生的,它将唤起人们摆脱重力定律的古老建筑神话。为了获得此结果,必须解决许多挑战,并且需要许多技能和专业知识来实施该项目的不同模块,从机电一体化到高级行为编程。站在艺术,建筑和科学之间的十字路口,这个高度跨学科的项目将来自艺术,技术和科学领域的研究人员召集到一起,开展了国际学术合作。因此,开发了结构,软件,机电一体化和艺术概念,以便快速实现机器人的新行为和新潜力。本文概述了创建此机器人平台所需的开发。结果表明,机电一体化和软件的模块化体系结构对于这一国际性和跨学科的计划都是必不可少的。

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