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基金项目:全国重要矿种成矿区划部署研究地质矿产调查评价专项(12120114051501)
作者单位
李苍柏,范建福,宋相龙 中国地质科学院矿产资源研究所 
摘要:
      自Hinton等使用基于卷积神经网络的深度学习模型赢得ImageNet分类比赛以来,深度学习的研究席卷了各个行业。通过介绍深度学习的历史,探索国内地质行业中深度学习模型的使用情况,并介绍深度学习的基础概念(如神经元、神经网络、监督学习和无监督学习等)以及深度学习基础模型中的2个重要网络:深度信念网络(DBN)和卷积神经网络(CNN)。在此基础上,类比深度学习在医学等相关领域的应用,提出了深度学习在地质上的几点应用:利用深度学习在计算机视觉上表现出的强大能力,可以对遥感图像进行聚类、对岩石样品图像进行分类、对岩石薄片数据进行描述;利用深度学习对原始数据表现出的强大识别能力,处理地质异常数据,从而确定成矿靶区的可能位置;利用深度学习的特点,对地震前的声信号数据进行处理,从而判断出地震发生前的剩余时间。
关键词:深度学习  神经元  神经网络  监督学习  无监督学习  深度信念网络  卷积神经网络  地质学应用
Abstract:
      Since Professor Hinton et al. using the deep learning model based on convolutional neural networks won the ImageNet Classification Contest, deep learning sweeps across various industries. By introducing the history of deep learning, this paper explores the use of the deep learning model in geological industry of China. It also presents the basic concepts, such as neuron, neural network, supervised learning and unsupervised learning. Based on those concepts, two important networks of Deep Belief Networks (DBN) and Convolutional Neural Networks (CNN) are introduced. In the end, with reference to the application in medicine, it puts forward the application prospect of deep learning in geology. First, deep learning has a great advantage in computer vision, which can be used in remote sensing image clustering, rock sample classification and rock sheet data description. Second, its precise identification of original data could help identify geologic anomaly data to determine the possible location of ore-forming targets. Third, deep learning is of great help in sound signal data processing before earthquake, which can determine the remaining time before the earthquake occurred.
Keywords:deep learning  neuron  neural network  supervised learning  unsupervised learning  Deep Belief Network  Convolutional Neural Network  application in geology
李苍柏,范建福,宋相龙.深度学习在地质学上的应用[J].地质学刊,2018,42(1):115-121