数据挖掘与数据融合综述

Vinayak Jain
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摘要

在过去的二十年里,互联网和通信技术在各行各业的广泛采用,导致了业务流程的大规模数字化。虽然这有助于信息的即时可用性,但在此期间,这些信息的来源和数量增加了数倍,从而产生了大数据。随着数据量的增加,原始格式的数据的相关性随着时间的推移而不断降低。根据HACE定理,大数据具有自治源被分布式和分散数据相互之间复杂的关系。理解这种不断增长的庞大数据池变得越来越困难,并产生了一个新问题,削弱了通过系统和流程数字化所取得的初步成果。这导致了多种数据挖掘技术的发展,这些技术有助于将大量数据分类为相关部分,并推动价值以帮助提供有意义的信息。为了从数据中提取和发现知识,知识发现数据库(KDD)有助于对数据进行提炼。本文讨论了各种数据挖掘技术,这些技术有助于识别模式和关系,从而帮助使用数据分析做出业务决策。此外,介绍了数据融合方法,该方法处理多个相互关联的数据集的联合分析,提供多个互补的观点,以帮助进一步精确决策。
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An Overview on Data Mining and Data Fusion
Strong adoption of Internet and Communication technologies across industries in the last two decades has led to large-scale digitization of business processes. While this has helped in the instant availability of information, over the period, the source and amount of this information have increased multi-fold giving rise to Big Data. With the increase in volume, the relevance of data in its raw format continues to decrease over time. According to HACE Theorem, Big Data has autonomous sources being distributed and decentralized data in a complex relationship with each other. Making sense of this ever-growing large pool of data has become increasingly difficult and has created a new problem waning the initial gains made via the digitization of systems and processes. This gave rise to the evolution of multiple Data Mining techniques that have helped to classify large volumes of data into relevant segments and drive value to help provide meaningful information. To extract and discover knowledge from data, Knowledge Discovering Databases (KDD) help in the refining of data. This paper discusses various data mining techniques that help to identify patterns and relationships to help make business decisions using data analysis. Furthermore, the Data Fusion method is reviewed which deals with joint analysis of multiple inter-related datasets providing multiple complementary views to help further with precise decision-making.
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