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Hermite Convolutional Networks

机译:Hermite卷积网络

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摘要

Convolutional Neuronal Networks (CNNs) have become a fundamental methodology in Computer Vision, specifically in image classification and object detection tasks. Artificial Intelligence has focused much of its efforts in the different research areas of CNN. Recent research has demonstrated that providing CNNs with a priori knowledge helps them improve their performance while reduce the number of parameters and computing time. On the other hand, the Hermite transform is a useful mathematical tool that extracts relevant image features useful for classification task. This paper presents a novel approach to combine CNNs with the Hermite transform, namely, Hermite Convolutional Networks (HCN). Furthermore, the proposed HCNs keep the advantages of CNN while leading to a more compact deep learning model without losing a high feature representation capacity.
机译:卷积神经元网络(CNN)已成为计算机视觉中的基本方法,特别是在图像分类和对象检测任务中。人工智能将其大部分精力集中在CNN的不同研究领域。最近的研究表明,为CNN提供先验知识有助于他们提高性能,同时减少参数数量和计算时间。另一方面,Hermite变换是一种有用的数学工具,可提取对分类任务有用的相关图像特征。本文提出了一种将CNN与Hermite变换相结合的新颖方法,即Hermite卷积网络(HCN)。此外,提出的HCN保留了CNN的优点,同时又导致了更紧凑的深度学习模型,而又不失去高的特征表示能力。

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