Pruning Deficiency of Big Data Analytics using Cognitive Computing

Lakshita Aggarwal, D. Chahal, LATIKA KHARB
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引用次数: 3

Abstract

Since past few years the size of the data is growing extremely at fast rates 10 times faster in growth. This will include all the responsibilities to make smart decisions streaming from the browsing patterns and produce extra supplements which aids in the decision-making progress. As the size of the data is recorded from a variety of devices like mobile sensors, remote sensing and data is recorded from everywhere; huge amount of data gets stored which is sometimes even never analysed. Big data is a very “big” thing which is getting stored and increasing the volume of raw data sometimes 90% of the raw data sets are never analysed and are just discarded from the memory. Out of it just 10% gets analysed sometimes and are converted into information from those raw data sets. So, analysis of data by human beings could be time consuming but processing enormous amount of data at a large scale using cognitive can be done. In this paper, we tried to focus on the areas where the cognitive computing can be used in order to lessen the shortcomings of the big data analytics, principles from which cognitive computing came. We also focused on the urgent need on how the language processing of data is done to understand the meaning of the rough data and process it to useful information.
利用认知计算修正大数据分析的不足
自过去几年以来,数据的规模以极快的速度增长,增长速度是现在的10倍。这将包括从浏览模式中做出明智决策的所有责任,并产生有助于决策过程的额外补充。由于数据的大小是由各种设备记录的,如移动传感器,遥感和数据是无处不在的记录;大量的数据被存储,有时甚至从未被分析过。大数据是一个非常“大”的东西,它被存储并增加了原始数据的数量,有时90%的原始数据集从未被分析过,只是从内存中丢弃了。其中只有10%被分析,并从原始数据集转化为信息。因此,人类对数据的分析可能是耗时的,但可以使用认知来大规模处理大量数据。在本文中,我们试图将重点放在认知计算可以使用的领域,以减少大数据分析的缺点,认知计算的原理来源于大数据分析。我们还关注了如何对数据进行语言处理,以理解粗糙数据的含义并将其加工成有用的信息。
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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