首页> 外文会议>International symposium on multispectral image processing and pattern recognition >ROAD RECOGNITION ALGORITHM USING PRINCIPAL COMPONENT NEURAL NETWORKS AND K-MEANS
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ROAD RECOGNITION ALGORITHM USING PRINCIPAL COMPONENT NEURAL NETWORKS AND K-MEANS

机译:道路识别算法使用主成分神经网络和K-Means

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A new road recognition algorithm based on local statistical features and principal component analysis is introduced to improve whose robustness and adaptiveness. The weights of the principal component neural networks is trained with the aid of the algorithm of generalized Hebbian learning rule, and the input vectors of the local spatial features and image pixels value are transformed into feature vectors which are once clustered by K-means classifier, the road surface and un-road surface can be distinguished by the reference area finally. The simulation results confirm the fine robustness and adaptiveness of the newly proposed algorithm, especially, the improved performance to recognize road images affected by illuminantion variations or shadows.
机译:一种基于局部统计特征和主成分分析的新的道路识别算法,提高其鲁棒性和适应性。借助于广义Hebbian学习规则的算法训练了主组件神经网络的权重,并且将局部空间特征和图像像素值的输入向量变换为由K-means分类器聚类的特征向量,最终可以通过参考区域区分路面和未路面。仿真结果证实了新提出的算法的稳健性和适应性,尤其是识别受光线变化或阴影影响的道路图像的改进性能。

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