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BIG DATA WITH DEEP LEARNING (SUPERVISED VS. UNSUPERVISED): A SURVEY

机译:深入学习的大数据(监督与无人监督):调查

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Due to the dramatic increment in technology development in the last few years, a huge volume of data is being produced every day for each person. This data is coming from different types of applications (like google search, online shopping history, etc) and it is called Big Data. Big Data represents a massive stream of data which is continuously growing and changing, and it is needed to be controlled, analyzed and monetized to help the decision makers of organizations to innovate their companies. In addition to that, this analysis impacts the existing and future technology. Artificial Intelligence and Machine Learning algorithms are being adopted to provide effective automated tools and operations on big data (like data labeling, analyzing, diagnosing and so). One of the techniques that can be used by machine learning is the "neural networks", and in this case it is called as Deep Learning. Deep learning could be unsupervised learning which is concerned with labeling and segmenting these large amounts of various unlabeled full of noise information. Or, it could be supervised learning which is concerned with recognizing the labeled data to recognize patterns in it, and then to be translated into valuable insights for further implementation. This paper is a review that survey the supervised and unsupervised deep learning techniques, clarify when and how to be used, and give an overview on the technologies and applications which are adopting them.
机译:由于技术开发的急剧增量在过去几年中,每天都会为每个人产生大量的数据。此数据来自不同类型的应用程序(如Google搜索,在线购物历史等),它被称为大数据。大数据代表大量数据流,这是不断增长和变化的,需要控制,分析和货币化,以帮助组织决策者创新其公司。除此之外,这种分析会影响现有和未来的技术。正在采用人工智能和机器学习算法,为大数据提供有效的自动化工具和操作(如数据标签,分析,诊断等)。机器学习可以使用的技术之一是“神经网络”,在这种情况下,它被称为深度学习。深度学习可能是无人监督的学习,这涉及标签和分割这些大量不同的噪音信息。或者,它可以是监督学习,涉及识别标记的数据以识别它中的模式,然后转换为有价值的见解,以便进一步实现。本文是一项综述,调查监督和无监督的深度学习技术,澄清何时以及如何使用,并概述采用它们的技术和应用程序。

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