Turning Pololu 3Pi into a Multi-Programming Platform

Q4 Mathematics
J. R. Fonseca, Pedro Vitor Soares Gomes de Lima, Maria Helena Rocha de Alencar Bezerra, J. M. Teixeira, J. Cajueiro
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引用次数: 2

Abstract

Line-following robots have the ability to recognize and follow a line drawn on a surface. It works based on a simple self-sustainable system composed with a set of sensors, motors and a controller. In order to get optimal performance in such robots, it's necessary to carry out several tests to evaluate the behavior in each trial. In the majority of cases, a new trial requires to upload a new program, thus slowing down the development of the line-following. This paper presents an approach to solve the inconvenience of having to upload a new program in each trial. It consists in merging multiple codes in to one to create a program that gives the user the ability to switch between them anytime inside Pololu's 3pi line follower platform.
把Pololu 3Pi变成一个多编程平台
线条跟踪机器人能够识别并跟踪在表面上绘制的线条。它的工作原理是基于一个简单的自我可持续系统,由一组传感器、马达和一个控制器组成。为了在这类机器人中获得最佳性能,有必要进行多次测试来评估每次试验中的行为。在大多数情况下,一个新的试验需要上传一个新的程序,从而减慢了行跟踪的发展。本文提出了一种解决每次试验都要上传新程序带来的不便的方法。它包括将多个代码合并为一个程序,使用户能够在Pololu的3pi线跟随平台内随时在它们之间切换。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Journal of Computational Technologies
Journal of Computational Technologies Mathematics-Applied Mathematics
CiteScore
0.60
自引率
0.00%
发文量
37
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