使用mongodb的大数据查询处理方法

Keshav, Sangeeta Rani
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摘要

“大数据”一词描述了以越来越快的速度和数量管理范围广泛的有组织和非结构化数据。这些数据集是传统的、庞大的、难以维护的。然而,这些数据集在许多公司中用于执行各种任务,也用于组织目的,并提供当前使用的数据摘要。随着大数据量的增长,可以做出更精确和准确的商业判断,而大数据现在更便宜、更容易获得。本研究论文的目的是展示如何识别和使用只有最显著和重要的数据将在后续调查中使用,帮助其他研究人员进行额外的分析,只考虑到有限数量的数据,确保研究将始终提供最好的结果。尽管还有其他方法和工具可以使用某些过滤器提取数据。MongoDB使用NoSQL模型作为查询处理的基础。为了从大数据集合中获取数据,使用了查询处理,它将继续在未来的研究和这项工作的策略中发挥重要作用。从大数据中提取数据的行为和基于机器学习中使用的输入参数的查询处理。这个过程也被称为数据挖掘,它将显示从大量的组合数据中挖掘数据的行为。本文展示了mongodb对所需参数的行为实现,并将产生高效的结果。
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Big Data Query Processing Approach UsingMongoDB
The “Big Data” phrase describes to the management of a wide range of organized and unstructured data with increasing speed and quantity. These datasets are conventional, large, and difficult to maintain. However, these datasets are used within a number of companies to perform various tasks on them as well as for organizational purposes and to provide a summary of the data currently being used. More precise and accurate business judgments can be make as a result of the growing volume of big data, which is now more affordable and available. The objective of this research paper is to demonstrate how to identify and use only the most significant and important data to be used in a follow-up investigation, help other researchers perform additional analysis, take into account only a limited number of data, ensuring that the study will always provide the best results. Although there are other methods and tools to extract data with certain filters. MongoDB uses the NoSQL model as the basis for query processing. To obtain data from a large data collection, query processing is used and it will continue to play an important role in future research and strategies for this work. The behaviour of extraction of data from Big Data and query processing on the bases input parameters that are going to use in Machine Learning. This process also termed as Data Mining which will show the behaviour of mining data from large amount of combine data. This paper show the behaviour implementation of Mongo DB on required parameter and will produce the efficient result.
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