The UAV Image Classification Method Based on the Grey-Sigmoid Kernel Function Support Vector Machine

Pel Pengcheng, Shi Yue, Wan ChengBo, Ma Xinming, Guo Wa, Qiao Rongbo
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Abstract

Since SVM is sensitive to the noises and outliers in the training set, a new SVM algorithm based on affinity Grey-Sigmoid kernel is proposed in the paper. The cluster membership is defined by the distance from the cluster center, but also defined by the affinity among samples. The affinity among samples is measured by the minimum super sphere which containing the maximum of the samples. Then the Grey degree of samples are defined by their position in the super sphere. Compared with the SVM based on traditional Sigmoid kernel, experimental results show that the Grey-Sigmoid kernel is more robust and efficient.
基于灰色- s型核函数支持向量机的无人机图像分类方法
针对支持向量机对训练集中的噪声和离群点敏感的特点,提出了一种基于亲和性灰- sigmoid核的支持向量机算法。聚类隶属度由离聚类中心的距离来定义,但也由样本之间的亲和力来定义。样品间的亲和度用包含最大样品的最小超球来测定。然后根据样本在超球中的位置来定义样本的灰色度。实验结果表明,与基于传统Sigmoid核的支持向量机相比,灰色-Sigmoid核具有更强的鲁棒性和效率。
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