Analysis of Subsampled Image Size for Detection and Identification of Brake Pad Contours by Using Deep Learning

Jyh-Wei Chen
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引用次数: 2

Abstract

This paper proposes an analysis of subsampled image size for detection and identification of brake pad contours by using deep learning for the automatic detection systems. In brake pad manufacture, some problems may occur such as expansion, missing corners at the edges so that the edges of the brake pad need to obtain before checking missing corners. The size of subsampled image for training and testing for machine learning is very significant factor for optimized and efficient feature extraction. The size of subsampled image has great impact on detection and identification for feature extraction determines the accuracy of prediction of deep learning. The images are evaluated through loss function in order to observe the training process of the models. The experimental results show the method to determine subsampled image size to have better accuracy.
基于深度学习的下采样图像尺寸分析及其对刹车片轮廓的检测与识别
本文提出了一种分析下采样图像大小的方法,将深度学习应用于刹车片轮廓的自动检测和识别。在刹车片的制造过程中,可能会出现膨胀、边缘缺角等问题,因此在检查缺角之前需要先获得刹车片的边缘。用于机器学习训练和测试的下采样图像的大小是优化和高效提取特征的重要因素。下采样图像的大小对检测和识别有很大的影响,特征提取决定了深度学习预测的准确性。通过损失函数对图像进行评估,观察模型的训练过程。实验结果表明,该方法确定下采样图像大小具有较好的精度。
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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