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Research of Intelligence Classifier for Traffic Sign Recognition

机译:交通标志识别智能分类器的研究

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摘要

Support vector machine (SVM) is a novel machine learning method based on statistical learning theory, which can avoid over-fitting and provide good generalization performance. In this research, Multi-category SVMs (M-SVMs) is applied to traffic sign recognition and is compared with BP algorithm, which has been commonly used in Neural Network. 116 Chinese ideal signs and 23 Japanese signs are first chosen for training M-SVMs and BP intelligence classifiers. Next, noise signs, level twisted signs from Chinese and Japanese real signs are selected as testing set for the purpose of two networks testing. Experiment results indicate that, in approximated classification for traffic sign, SVM has achieved nearly 100% recognition rate and has certain advantages over BP algorithm. In fine classification, SVM shows its superiority to BP algorithm. Based on the analysis for the results, one may come to a conclusion that SVM algorithm is well worth the research effort and very promising in the area of traffic sign recognition.
机译:支持向量机(SVM)是一种基于统计学习理论的新型机器学习方法,可以避免过度拟合并提供良好的泛化性能。在这项研究中,将多类别支持向量机(M-SVM)应用于交通标志识别,并与神经网络中常用的BP算法进行比较。首先选择116个中国理想标志和23个日本标志来训练M-SVM和BP智能分类器。接下来,出于两个网络测试的目的,选择了噪声符号,中文和日文真实符号的水平扭曲符号作为测试集。实验结果表明,在交通标志的近似分类中,支持向量机已达到近100%的识别率,与BP算法相比具有一定的优势。在精细分类中,SVM显示出其优于BP算法的优势。基于对结果的分析,可以得出结论,SVM算法非常值得研究,并且在交通标志识别领域非常有前途。

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