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Geometrical Study of a Quasi-spherical Module for Building Programmable Matter

机译:用于建筑物可编程物质的准球形模块的几何研究

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The aim of the Claytronics project is to build spherical micro-robots, called catoms for Claytronics atoms able to stick to each other and able to move around each other. An ensemble of catoms is therefore a huge modular self-reconfigurable robot. However, the shape of these catoms have not been studied yet and remains a difficult problem as there are numerous constraints to respect. In this article, we propose a quasi-spherical catom which answers to all the constraints to build programmable matter.
机译:Claytronics项目的目的是建立球形微机器人,称为Claytronics原子的肌肉,能够彼此粘附并彼此移动。 因此,捕捉的集合是一个巨大的模块化自我可重新配置机器人。 然而,尚未研究这些捕获捕获的形状,并且仍然是难以尊重的许多限制。 在本文中,我们提出了一种准则追溯到构建可编程事项的所有限制的准态度。

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