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Single Node Hadoop Cluster for Small Scale Industrial Automation

机译:用于小型工业自动化的单节点Hadoop集群

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Data analytics is a key requirement for the growth of any industry or organization. It is required to solve various consumer and product predictions and insights in a way to benefit the organization as well as enhance profits. However, today’s small-scale industries with low budgets and huge data often face relinquished profit issues, which can be solved by a combination of big data warehouse systems and efficient data analytics tools. The paper takes into account the problems faced due to lack of data analytics integrated to big database structures, efficient data mining and analytics tools in the absence of effective databases. In this paper, we look on a developed working idea for embedding Hadoop (Apache Hadoop is an open-source framework built on top of JAVA which allows distributed processing with large datasets) with predictive and statistical data analytic tools like the Artificial, Convolutional, Generative neural networks and machine learning algorithms like Gradient boosting (XGBoost), support vector machine (SVM) and regularization regression models. We have considered the erroneous noise existing in data and used multilevel neural networks to solve this problem. We have made use of blob segmentation and detection for better identification of hotter regions.
机译:数据分析是任何行业或组织发展的关键要求。需要解决各种消费者和产品的预测和见解,以使组织受益并提高利润。但是,当今预算少,数据量大的小型行业通常面临被放弃的利润问题,可以通过结合使用大数据仓库系统和高效的数据分析工具来解决。本文考虑了由于缺乏与大型数据库结构集成的数据分析,缺乏有效数据库的有效数据挖掘和分析工具而面临的问题。在本文中,我们研究了一种嵌入Hadoop(Apache Hadoop是在JAVA之上构建的开放源代码框架,该框架允许对大型数据集进行分布式处理)的开发性工作构想,该模型具有预测性和统计数据分析工具,例如人工,卷积,生成式神经网络和机器学习算法,例如梯度提升(XGBoost),支持向量机(SVM)和正则化回归模型。我们考虑了数据中存在的错误噪声,并使用了多级神经网络来解决此问题。我们利用斑点分割和检测来更好地识别较热的区域。

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