Granularity based image processing Eco system in Hadoop to predict the detailed results for different medical images

G. A. Patil, Sunny B. Mohite
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Abstract

Hadoop has become true industry standard for kernel of the distributed operating system in Big data. Hadoop has picked up its prevalence because of its capacity of processing huge data, breaking down and getting to substantial measure of information, rapidly and also it is more stable technology. “Hadoop” has HDFS, YARN and Map Reduceas its core components. To supplement the Hadoop modules there are additionally an assortment of different components that give particular administrations and are extensively used to make Hadoop more available and more usable which is known as Hadoop Ecosystem. Late HadoopEco system comprises of various layers, each layer performing different kind of tasks like storing your data, processing stored data, resource allocating and supporting different programming languages to develop various applications. Granular Computing (GrC) can be considered as a common name of theories, methodologies, techniques and tools that make use of granules, i.e. groups, classes, or clusters of a universe, in the process of solving problems. Basic ideas of crisp information granulation have appeared in related fields. This paper proposes a new Ecosystem for Hadoop which can process date in image format and analyze to give proper results.
基于粒度的图像处理Hadoop生态系统,用于预测不同医学图像的详细结果
Hadoop已经成为大数据分布式操作系统内核的真正行业标准。Hadoop之所以流行起来,是因为它具有处理海量数据的能力,可以快速分解并获得大量信息,而且它是一种更稳定的技术。“Hadoop”的核心组件有HDFS、YARN和mapreduce。为了补充Hadoop模块,还有一些不同的组件,它们提供特定的管理,并被广泛用于使Hadoop更可用,这被称为Hadoop生态系统。后期的HadoopEco系统由不同的层组成,每层执行不同类型的任务,如存储数据、处理存储数据、资源分配和支持不同的编程语言来开发各种应用程序。颗粒计算(GrC)可以被认为是在解决问题的过程中使用颗粒(即宇宙的组,类或簇)的理论,方法,技术和工具的共同名称。相关领域已经出现了脆信息造粒的基本思想。本文提出了一种新的Hadoop生态系统,它可以处理图像格式的数据并进行分析,从而给出合适的结果。
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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