Robot-on-Chip: Computing on a Single Chip for an Autonomous Robot

Y. Jeong, Kwang Hyun Go, Seung Eun Lee
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Abstract

The interest in autonomous robots is growing due to diverse usability. Autonomous robots are equipped with various sensors for stable operation. As the sensor data increases, the system for sensor signal processing and actuators controlling is complicated. In this paper, we propose the robot-on-chip (RoC) which processes all functions for an autonomous robot on a single chip mounted on a robot. In order to realize the RoC, we designed an autonomous robot with a lightweight algorithm and a hardware-friendly architecture. We demonstrated the feasibility of the RoC that the robot moves successfully without bumping into people in a building by recognizing the environment.
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芯片上的机器人:自主机器人的单芯片计算
由于机器人的可用性多样化,人们对自主机器人的兴趣越来越大。为了稳定运行,自主机器人配备了各种传感器。随着传感器数据量的增加,传感器信号处理和执行器控制系统变得复杂。在本文中,我们提出了一种机器人芯片(RoC),它可以在安装在机器人上的单个芯片上处理自主机器人的所有功能。为了实现RoC,我们设计了一个具有轻量级算法和硬件友好架构的自主机器人。我们证明了RoC的可行性,即机器人通过识别环境成功地移动而不会撞到建筑物中的人。
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