Improvement in Performance of Image Classification based on Apache Spark

Sunil K, Sivagamasundari G
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Abstract

Apache Spark is a widely used efficient distributed computing framework in the field of Big Data for data processing and analytics at a large scale. There is wide demand from organizations to apply deep learning technologies to their existing big data analysis pipelines which will reduce the cost of maintaining additional computational resources. To classify large scale image data is a hot topic. For image classification, the classic Convolution neural network (CNN) model has been widely used as a standard deep learning algorithm. This paper focuses on implementation and demonstrates the execution of combination of Apache Spark and Convolution neural network algorithm that will provide significant improvement in performance for the image classification model. The paper aims to reduce overheads involved in this approach to provide better performance by the usage of novel opensource frameworks and bring together a unified pipeline for the same. Improvements in various performance metrics that are obtained from our experimental setup are presented in this work accordingly.
基于Apache Spark的图像分类性能改进
Apache Spark是大数据领域广泛使用的高效分布式计算框架,用于大规模的数据处理和分析。组织广泛需要将深度学习技术应用于其现有的大数据分析管道,这将降低维护额外计算资源的成本。对大规模图像数据进行分类是一个研究热点。对于图像分类,经典的卷积神经网络(CNN)模型已被广泛用作标准的深度学习算法。本文着重于实现并演示了Apache Spark与卷积神经网络算法结合的执行,这将为图像分类模型提供显著的性能提升。本文旨在通过使用新颖的开源框架来减少这种方法所涉及的开销,从而提供更好的性能,并为其提供统一的管道。从我们的实验设置中获得的各种性能指标的改进在本工作中相应地提出。
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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