基于最小-最大颜色阈值的多色识别

Zacharie Mbaitiga
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引用次数: 1

摘要

讨论了基于最小-最大颜色阈值的户外机器人导航多颜色识别问题。在这个项目中使用的所有颜色都是RGB正交色空间,以便看到在最小和最大之间的每个原色中可以观察到多少要识别的颜色。将色彩空间中的白色值设置为待识别目标颜色所属的对象,将黑色值设置为目标背景。识别过程是先将每种颜色的红、绿、蓝的值相加得到rgb和值,然后除以单个颜色元素得到颜色阈值。将该阈值与识别的原始颜色阈值进行比较,因为项目尚未完成,因此期望得到令人满意的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multicolor recognition based on mini-max color threshold
This paper discusses the multi-color recognition using the min-max color threshold for outdoor robot navigation. All colors used in this project are RGB orthogonal color space in order to see how much of each primary color between min and max that can be observed in the color to be recognized. The white color value in the color space is set as the object for which the target color to be recognized belongs, while the black color value is set as the object background. The recognition process is done by summing up first the values of the red, green and blue in each color to obtain the rgb sum value, which is then divided by the individual color element to obtain the color threshold. This threshold is compared to the originally color threshold for the recognition, where a satisfactory result is expected as the project is not yet finished.
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