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arXiv 2405.08022cs.RO
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机器人检测系统3:LRF组与坐标系

Robot Detection System 3: LRF groups and Coordinate System

Monash University(莫纳什大学)

Jinwei Lin

AI总结:

针对前方人类跟随技术实用性强但实现难度高的特点,本文分析了Robot Detection System的LRF组与坐标系设计,以图示展示新思路,该成果2018年已开源,本文用于扩大传播,更多相关内容可查阅同系列其他论文。

摘要:

前方跟随在技术实现上比另外两种人类跟随技术难度更高,但前方跟随技术实用性更强,可应用于更多领域、解决更多实际问题。本文将分析Robot Detection System(机器人检测系统)的LRF组详细设计、坐标系的结构与组合设计。我们使用了充足的精美图示来展示这一新颖设计思路。本研究成果于2018年开源,本文仅用于扩大该研究成果的传播粒度。文中包含大量巧妙的设计思路,更多思路与分析可查阅该系列论文唯一作者Jinwei Lin以Robot Design System开头命名的其他论文。

英文摘要:

Front-following is more technically difficult to implement than the other two human following technologies, but front-following technology is more practical and can be applied in more areas to solve more practical problems. In this paper, we will analyze the detailed design of LRF groups, the structure and combination design of coordinate system of Robot Detection System. We use enough beautiful figures to display our novel design idea. Our research result is open source in 2018, and this paper is just to expand the research result propagation granularity. Abundant magic design idea are included in this paper, more idea and analyzing can sear and see other paper naming with a start of Robot Design System with Jinwei Lin, the only author of this series papers.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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