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An invariant traffic sign recognition system based on sequential color processing and geometrical transformation

机译:基于顺序颜色处理和几何变换的不变交通标志识别系统

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One of the most noteworthy problems associated with conventional pattern recognition methods is that it is not easy to extract feature vectors from images which are not translation, rotation, and scale change invariant in outdoor noisy environments. This paper describes the development of an invariant traffic sign recognition system capable of tolerating the above variations. The signs are restricted to three types of warning signs and are all of red color. The developed method is insensitive to brightness changes as well as invariant to translation, rotation, scale change, and noise. The architecture of this system is based upon neural network supervised learning after geometrical transformations have been applied. The performance of this system is compared with other invariant approaches in terms of the percentage of correct decisions in outdoor noisy environments.
机译:与常规模式识别方法相关的最值得注意的问题之一是,在室外嘈杂的环境中,从平移,旋转和比例变化不变的图像中提取特征向量并不容易。本文描述了能够容忍上述变化的不变交通标志识别系统的开发。这些标志仅限于三种类型的警告标志,并且均为红色。所开发的方法对亮度变化不敏感,对平移,旋转,缩放比例变化和噪声不敏感。在应用几何变换之后,该系统的体系结构基于神经网络监督学习。在室外嘈杂环境中,根据正确决策的百分比,将该系统的性能与其他不变方法进行了比较。

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