Load Balancing for Machine Learning Platform in Heterogeneous Distribute Computing Environment

Younggwan Kim, Jusuk Lee, Ajung Kim, Jiman Hong
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Abstract

With the recent rapid development of computing power, interest in machine learning research on large data sets is increasing significantly. The machine learning is used in a wide variety of fields, from information retrieval, data mining, and speech recognition to human-computer interaction and application development by non-experts using machine learning platforms. However, there is not enough research on load balancing for distributed systems composed of heterogeneous servers with different performances and architectures that process machine learning tasks. Therefore, in this paper, we propose level hashing-based load balancing applicable to heterogeneous machine learning platforms. The proposed load balancing technique improves the execution time of all machine learning tasks in a machine learning platform by considering the characteristics of machine learning tasks and computing resources of each server.
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异构分布式计算环境下机器学习平台的负载平衡
随着近年来计算能力的快速发展,对大数据集机器学习研究的兴趣显著增加。机器学习被广泛应用于各种领域,从信息检索,数据挖掘,语音识别到人机交互和非专业人员使用机器学习平台的应用程序开发。然而,对于由具有不同性能和架构的异构服务器组成的分布式系统处理机器学习任务的负载平衡研究还不够。因此,在本文中,我们提出了适用于异构机器学习平台的基于级别哈希的负载平衡。所提出的负载均衡技术通过考虑机器学习任务的特点和每个服务器的计算资源,提高了机器学习平台中所有机器学习任务的执行时间。
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