Data Classification for Neural Network Training

M. Mikheev, Y. Gusynina, T. Shornikova
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Abstract

This study proposes models that solve the pattern recognition problem on the example of x-ray images of bone fractures. These models are based on neural network programming. The training efficiency for these models exceeds the teacher network performance by almost 5 times with insignificant network training quality reduction. Using the proposed technique, the neural network was trained in several ways, including the conventional method. Additionally, the network's binary classification was changed. The deviations of the obtained network values from the predicted responses are minimal, which has formed the base for the introduced concept of the model's indecisiveness and uncertainty. Furthermore, various experiments with the network were made to test these models, which lead to the idea of using data classification for neural network training.
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神经网络训练的数据分类
本文以骨折x线图像为例,提出了解决模式识别问题的模型。这些模型是基于神经网络规划的。这些模型的培训效率几乎超过教师网络性能的5倍,而网络培训质量的降低并不显著。利用该方法对神经网络进行了包括传统方法在内的多种训练。此外,还改变了网络的二元分类。得到的网络值与预测响应的偏差很小,这为引入模型的不确定性和不确定性概念奠定了基础。此外,对网络进行了各种实验来测试这些模型,从而产生了使用数据分类进行神经网络训练的想法。
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