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Evaluation of Support Vector Machines Using Kernels for object detection in images

机译:使用核在图像中进行目标检测的支持向量机评估

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This paper presents evaluation of support vector machine for object detection in images. A support vector machine is used to classify each pixel in the image and identify region of interest based on localized color patterns. General linear transformations of the image through linear, quadratic and radial basis function kernel are considered. The main problem in this approach is high run-time complexity of SVMs. To alleviate this problem we are using multiple kernels. The main target of this evaluation is introducing an object recognition system based on the results of kernel comparisons. The comparison result shows that radial basis function produces robust and efficient object detection.
机译:本文提出了一种用于图像中目标检测的支持向量机评估方法。支持向量机用于对图像中的每个像素进行分类,并基于局部颜色模式识别感兴趣区域。考虑了通过线性,二次和径向基函数核对图像进行的一般线性变换。这种方法的主要问题是SVM的运行时复杂性高。为了减轻这个问题,我们使用了多个内核。评估的主要目标是基于内核比较的结果引入对象识别系统。比较结果表明,径向基函数产生了鲁棒且有效的目标检测。

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