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COMPUTER VISION SYSTEM AND METHOD EMPLOYING ILLUMINATION INVARIANT NEURAL NETWORKS

机译:运用照明神经网络的计算机视觉系统和方法

摘要

Object is classified, and is measured using normalized cross correlation (NCC), to compare two images obtained under conditions of illumination unevenness. Input pattern classification distributes tentative group indication and value. The output node input pattern is distributed to has largest classification value in radial primary function network. If input pattern and image are associated with the node, referred to as node image, both there is Uniform Illumination node image to be received, be then set above user-defined threshold value with probability. If test image or node image are uneven, do not receive the node image and classification value is remained into the numerical value that classifier is distributed. If both test image and node image are uneven, NCC is measured for being set as NCC values with above-mentioned classification value.
机译:对物体进行分类,并使用归一化互相关(NCC)进行测量,以比较在光照不均匀条件下获得的两个图像。输入模式分类可分配临时组指示和值。在径向主函数网络中,输出节点输入模式被分配为具有最大分类值。如果将输入模式和图像与节点关联(称为节点图像),则都有要接收的均匀照明节点图像,然后有可能将其设置为高于用户定义的阈值。如果测试图像或节点图像不均匀,则不要接收节点图像,并且分类值保留在分配分类器的数值中。如果测试图像和节点图像均不均匀,则测量NCC以将其设置为具有上述分类值的NCC值。

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