机器人自动化建造的景观--自然、运算，以及自动化地形建模中的设计空间

ROBOTIC LANDSCAPES——NATURE,COMPUTATION,AND THE DESIGN SPACE OF AUTONOMOUS TERRAIN MODELING

2017年秋,苏黎世联邦理工学院与瑞士国家科研能力中心数字化制造小组就瑞士提契诺州坎顿地区的一条高速公路进行了实验性设计,该项目展示了一系列运用计算机程序和机器人原理研发的设计.基于覆盖整个提契诺河谷的激光雷达点云数据集的景观模型为项目中所有的地形塑造提供了基础。经过历时15周的探索后,项目获得了可喜的成果,同时展现出了一种通过机器人自动化设计来构思景观的新途径。

An experimental studio on a highway site in Canton of Ticino in Switzerland held at the ETH in the fall of 2017 is the result of a collaborative project with the National Center of Competence in Research Digital Fabrication, ETH Zurich. The work shows a series of designs that were developed through procedural and robotic principles. The landscape models based on a Lidar point cloud data set of the entire Ticino Valley served as the basis of all terrain operations, The results obtained after a 15-week studio are encouraging and show the way towards a new way of conceiving landscapes through robotic design.