Milestones and New Frontiers in Deep Learning

Y. R. Serpa, L. Pires, M. A. Rodrigues
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引用次数: 6

Abstract

Only very recently, deep learning models have been globally used as the basis for most of the on-going research on several fundamental computing areas, such as computer vision, information extraction, data generation and data understanding. The research in this field is still a black box for many people, particularly, regarding its more mathematical aspects. Users of high level packages often struggle to understand the reasoning behind the many building blocks of deep learning, such as convolutional layers, batch normalization and activation functions. In this tutorial, we seek to introduce the field of deep learning to a broad audience of students and professionals, walking through two important milestones of deep learning understanding: (1) the intuition behind the neural networks and batch gradient descent algorithm with back propagation, and (2) the convolutional network and its use as a feature extraction technique. These milestones lay a solid conceptual and mathematical foundation in which the many other deep learning concepts can be explored and built on. In addition, we will present new frontiers in deep learning techniques which can be used by the audience to gain a deeper understanding and to provide the key pointers to the areas that are currently being mostly sought in the literature.
深度学习的里程碑和新领域
直到最近,深度学习模型才在全球范围内被用作几个基本计算领域的大多数正在进行的研究的基础,例如计算机视觉、信息提取、数据生成和数据理解。对许多人来说,这一领域的研究仍然是一个黑盒子,特别是涉及到更多的数学方面。高级软件包的用户通常很难理解深度学习的许多构建块背后的原因,比如卷积层、批处理归一化和激活函数。在本教程中,我们试图向广大学生和专业人士介绍深度学习领域,通过深度学习理解的两个重要里程碑:(1)神经网络背后的直觉和带反向传播的批处理梯度下降算法,以及(2)卷积网络及其作为特征提取技术的使用。这些里程碑奠定了坚实的概念和数学基础,在此基础上可以探索和构建许多其他深度学习概念。此外,我们将介绍深度学习技术的新领域,听众可以使用这些技术来获得更深入的理解,并提供当前文献中主要寻求的领域的关键指针。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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