基于Python卷积人工神经网络训练的视觉系统几何图形识别

M. Aguilera-Hernández, Jorge Alan Velasco-Marín, Manuel Ortiz-Salazar, José Luis Ortiz-Simón
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引用次数: 0

摘要

通过视觉系统进行的图像处理项目是机电一体化事业中一个很好的教学支撑点,因为它们在工业中有广泛的应用,主要用于进行装配,检查,选择和组件放置。其中一种方法是应用人工神经网络进行图像识别,分析的一个因素是评估这些网络在几何图形识别中的学习能力。本文介绍了用Python训练卷积人工神经网络的方法。这种类型的工作侧重于基于工业4.0的项目,这些项目可能包含与基于这些技术的流程系统的链接选项。在这项工作中,制作了一个基于python编程的视觉系统,并在设计的库中做出了贡献,这些库可以链接到制造过程中不同类型的应用程序。
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Identificación de figuras geométricas en un sistema de visión basándose en el entrenamiento de una red neuronal artificial convolucional utilizando Python
The image processing projects through vision systems, are a great didactic support point in the mechatronics career, since they have wide application in the industry in the process lines primarily to perform assembly, inspection, selection and component placement. One of the methods used is to apply artificial neural networks for the identification of images and a factor to analyze is the evaluation of the learning capacities of these networks in the identification of geometric figures. In this article, the training of a convolutional artificial neural network using Python is presented. This type of work is focused on joining projects based on industry 4.0 that may contain link options with process systems based on these technologies. In this work, a vision system based on python programming was made and has its contribution in the libraries that were designed and can be linked to different types of applications within a manufacturing process.
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