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Image Recognition with Histogram of Oriented Gradient Feature and Pseudoinverse Learning AutoEncoders

机译:与面向梯度特征的直方图和伪敏感学习自动化器的图像识别

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Neural network is an artificial intelligence technology which achieve good results in computer vision, natural language processing and other related fields. Currently the most used model for image recognition is convolutional neural networks, however, it has complex structure, there many group open sources of code but it is difficult to reuse. Moreover, most of training algorithm of the model is based on the gradient descent which takes a lot of time to adjust parameters. In order to solve these problems, this paper presents a model combining the histogram of oriented gradient and the pseudoinverse learning autoencoders. Our model does not require any iterative optimization, the number of the neurons and the number of hidden layers are automatically determined in the model. At the same time, our model has a simple structure, do not requires a huge amount of computing resources. Experimental results show that our model is superior to other baseline models.
机译:神经网络是一种人工智能技术,可实现计算机视觉,自然语言处理和其他相关领域的良好结果。目前最常用的图像识别模型是卷积神经网络,然而,它具有复杂的结构,有许多组开放的代码来源,但很难重用。此外,模型的大多数训练算法基于梯度下降,这需要花费大量的时间来调整参数。为了解决这些问题,本文介绍了一个模型,这些模型组合着定向梯度和伪素学习自动泊的直方图。我们的模型不需要任何迭代优化,在模型中自动确定神经元的数量和隐藏层的数量。与此同时,我们的模型具有简单的结构,不需要大量的计算资源。实验结果表明,我们的模型优于其他基线模型。

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