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An efficient unstructured big data analysis method for enhancing performance using machine learning algorithm

机译:一种高效的非结构化大数据分析方法,用于使用机器学习算法提高性能

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In this modern world, data mining technology holds an essential position in all the major Engineering fields. Handling of Unstructured Big Data is an essential task of this era. At present, making the maximum advantage of parallel processing know-hows and the task of rapid examination of huge data steadily and continuously transmitted or received from various sources is becoming popular or conventional. The big data analytics job is fragmented into smaller jobs and ran over tens, hundreds or thousands of product servers by the parallel processing architecture. This helps in maintaining the data center cost efficient and facilitates easy handling of the enormous work in an efficient way. In this paper, proposed solution takes online consumer purchase. The online system has unrivalled bank of data on online consumer purchasing behavior that can be mined from its 100 million customers accounts. They use customer click-stream data and historical purchase data of all those 100 million customers and each user is shown personalized results on customized web pages. For improving Big Data performance the Machine Learning Method i.e. K-Nearest Neighbour algorithm used to support to take good analysis. Hadoop simulator is used to solve this kind of task.
机译:在这个现代化的世界中,数据挖掘技术在所有主要工程领域都有一个必不可少的地位。非结构化大数据的处理是这个时代的重要任务。目前,使得并行处理的最大优点是并行处理的技术以及从各种来源稳定地和连续地传播或接收的巨大数据的快速检查的任务正在变得流行或传统。大数据分析作业将通过并行处理架构分段为较小的作业并耗尽数十积,数千万或数千个产品服务器。这有助于维护数据中心成本效益,并便于以有效的方式轻松处理巨大的工作。在本文中,提出的解决方案需要在线消费者购买。在线系统上有无与伦比的在线消费者购买行为数据,可以从其1000万客户账户中开采。他们使用客户点击流数据和所有这些100万客户的历史购买数据,每个用户都在自定义网页上显示个性化结果。为了改善大数据性能,机器学习方法i.e.e. k最近邻算法用于支持良好分析。 Hadoop模拟器用于解决此类任务。

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