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Learning Aided Structures for Image Segmentation in Complex Background

机译:学习复杂背景下图像分割的辅助结构

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Image segmentation is the fundamental step many algorithm. In this paper, a simplified neuro-computing structure in feed forward form for use in segmentation of images in complex background is proposed. The work considers the formation and training a neuro-computing structure in which the pixel values of various region of the image are used as target. The method does not require any feature extraction, labeling of objects, region growing or splitting methods to configure and train a neuro-computing structure, which for the work is a Multi Layer Perceptron (MLP) trained with (error) Back Propagation learning. The neuro-computing structure is trained with different training functions. The network is also trained with single, double and triple hidden layers. The training is also done with Generalized Regression Neural Network for different values of spread function. Then the mean square error between the output image and desired image and the time required for training has been calculated.
机译:图像分割是许多算法的基本步骤。本文提出了一种简化的前馈神经计算结构,用于复杂背景下的图像分割。这项工作考虑了神经计算结构的形成和训练,其中将图像各个区域的像素值用作目标。该方法不需要任何特征提取,对象标记,区域增长或分割方法来配置和训练神经计算结构,该工作实际上是经过(错误)反向传播学习训练的多层感知器(MLP)。用不同的训练功能训练神经计算结构。该网络还经过了单层,双层和三层隐藏层的培训。还使用广义回归神经网络针对散布函数的不同值进行了训练。然后,已计算出输出图像和所需图像之间的均方误差以及训练所需的时间。

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