现有基于子区域BP_Adaboost算法的焊缝识别

Shanshan Wang, Xingsong Wang
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引用次数: 4

摘要

提出了一种子区域BP_Adaboost算法。与子区域BP算法相比,该算法可将现有焊缝的识别精度从90%提高到94%。该算法首先获取三种类型焊缝的不同倾斜角,并构建由焊缝和等量非焊缝子区域组成的样本集;通过Matlab获得5000个样本,其中4000个样本作为训练数据,1000个样本作为测试数据。对于训练样本,通过调整隐层节点数和弱分类器数量,得到最终的强分类器。采用强分类器对1000组样本进行了测试。实验表明,分类精度提高了4%。该算法取得了良好的效果。由于输入向量维数较少,网络结构简单,仅用4个弱分类器就能提高现有焊缝的识别精度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Existing weld seam recognition based on sub-region BP_Adaboost algorithm
This paper presents a sub-region BP_Adaboost algorithm. Compared with the sub-region BP algorithm, it can raise the recognition accuracy of existing weld seam from 90% to 94%. The algorithm firstly obtains various tilt angles of three types of weld seam and builds samples set which consists of weld seam and equal number of non-weld seam sub-regions. 5000 samples are obtained by Matlab. 4000 samples are selected as the training data while 1000 samples are chosen as testing data. For training samples, the final strong classifier is obtained by adjusting the node number of hidden layer and the number of weak classifiers. The strong classifier is applied to test 1000 group of samples. The experiment shows that the classification accuracy is increased by 4%. The algorithm has good result. The network structure is simple due to less input vector dimensions and only four weak classifiers can improve the recognition accuracy of existing weld seam.
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