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Make Kilobots truly accessible to all the people around the world

机译:使Kilobots真正被全世界的所有人使用

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Kilobots are micro-robots originally designed by Rubenstein and Nagpal's research group to be inexpensive, quick to build, and versatile with many functionalities. Once Kilobots were made public in 2012, they have instantly become a valuable tool for empirical validation of swarm robotics and an entertaining instrument for educational demonstrations. However, although the original designs were publicly available, when the authors initially built the Kilobots by following the instructions, several issues occurred. The most challenging issue was about the calibration board. The authors reached out to several research groups world-wide and found out that others encountered similar issues. Most groups purchased their Kilobots from K-Team at a much higher price and with a long waiting time in the ordering process, defeating the purpose of Kilobots being inexpensive micro-robots that are quick to build. The authors were inspired to revise the design of the Kilobots, to make them truly accessible to all the researchers and educators around the world. The redesign is not an overhaul of the original design; instead, it is aimed at making the building process of Kilobots feasible and time-efficient. The main areas of the redesign are in PCB layout, distance calibration, and the associated documentation update. During the redesign process, the authors were very grateful for the help received from the inventors of the Kilobots and several other research groups. The final design has been tested in house and in another research group. The authors are also working on creating a website to present all the relevant information publicly and freely, so that Kilobots will be widely accessible to all the researchers and educators, gaining a greater social impact than that of now.
机译:Kilobots是由Rubenstein和Nagpal的研究小组设计的微型机器人,以廉价,快速构建,与许多功能相比。曾经在2012年公开公开,他们立即成为群体机器人的实证验证和教育示范的娱乐工具的宝贵工具。但是,虽然原始设计被公开可用,但当作者通过遵循说明时,当作者最初构建了千波,发生了几个问题。最具挑战性的问题是关于校准板。作者达到了全球几个研究小组,发现其他人遇到了类似的问题。大多数集团以更高的价格从K-Team购买了他们的千波,并且在订购过程中有很长的等待时间,击败了千波波的目的是廉价的微机器人,很快就能建造。作者的启发是为了修改千鲈的设计,让他们真正访问世界各地的所有研究人员和教育工作者。重新设计不是原始设计的全文;相反,它旨在使千泊茨的建筑过程可行和节省效率。重新设计的主要区域是PCB布局,距离校准和相关文档更新。在重新设计过程中,作者非常感谢从千泊茨和其他几个研究群体的发明人收到的帮助。最终设计已经在房屋和另一个研究组中进行了测试。作者还致力于在公开和自由地创建一个网站,以便和自由地展示所有相关信息,因此所有研究人员和教育工作者都可以广泛访问,而不是现在的社会影响更大。

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