Big data Predictive Analytics for Apache Spark using Machine Learning

M. Junaid, Shiraz Ali Wagan, Nawab Muhammad Faseeh Qureshi, Choon-Sung Nam, D. Shin
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引用次数: 1

Abstract

In today's digital world data is producing at a rapid speed and handling this massive diverse data become more challenging. The environment of big data is capable of handling data efficiently from data warehouses and in real-time. In Big data environment, Apache Spark is cluster-based, open-source computing technology explicitly designed for bulky data handling. Apache spark services are to perform composite Analytics through in-memory processing. This plays an active role in making meaningful exploration through machine learning and processes a large amount of data. Machine learning API is known as Mllib. It is highly prominent and efficient for big data platforms also offers excellent functionalities. In this paper, we have performed an experiment to look at the analytical qualities of Mllib in the apache spark environment. Likewise, we have highlighted the modern tendencies of Machine learning in big data studies and provides an understanding of upcoming work.
使用机器学习的Apache Spark大数据预测分析
在当今的数字世界中,数据的产生速度非常快,处理这些庞大而多样的数据变得更具挑战性。大数据环境能够高效、实时地处理数据仓库中的数据。在大数据环境中,Apache Spark是一种基于集群的开源计算技术,专为处理大量数据而设计。Apache spark服务将通过内存处理来执行复合分析。这对于通过机器学习进行有意义的探索和处理大量数据起着积极的作用。机器学习API被称为Mllib。它非常突出和高效,因为大数据平台也提供了出色的功能。在本文中,我们进行了一个实验来观察apache spark环境下Mllib的分析质量。同样,我们强调了机器学习在大数据研究中的现代趋势,并提供了对即将开展的工作的理解。
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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