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A scalable machine learning online service for big data real-time analysis

机译:一个可扩展的机器学习在线服务进行大数据实时分析

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This work describes a proposal for developing and testing a scalable machine learning architecture able to provide real-time predictions or analytics as a service over domain-independent big data, working on top of the Hadoop ecosystem and providing real-time analytics as a service through a RESTful API. Systems implementing this architecture could provide companies with on-demand tools facilitating the tasks of storing, analyzing, understanding and reacting to their data, either in batch or stream fashion; and could turn into a valuable asset for improving the business performance and be a key market differentiator in this fast pace environment. In order to validate the proposed architecture, two systems are developed, each one providing classical machine-learning services in different domains: the first one involves a recommender system for web advertising, while the second consists in a prediction system which learns from gamers' behavior and tries to predict future events such as purchases or churning. An evaluation is carried out on these systems, and results show how both services are able to provide fast responses even when a number of concurrent requests are made, and in the particular case of the second system, results clearly prove that computed predictions significantly outperform those obtained if random guess was used.
机译:这项工作描述了一种用于开发和测试可扩展机器学习架构的提议,该建议能够将实时预测或分析提供在独立于域 - 独立的大数据的服务,在Hadoop生态系统的顶部工作,并通过以下服务提供实时分析一个RESTFUL API。实现此架构的系统可以提供带按需工具的公司,促进存储,分析,理解和对其数据的任务,无论是批量还是流时尚;并且可以变成一个有价值的资产,以改善业务绩效,并成为这一快速节奏环境中的重点市场差异化因素。为了验证拟议的体系结构,开发了两个系统,每个系统都在不同的域中提供经典的机器学习服务:第一个涉及用于Web广告的推荐系统,而第二个包括从游戏玩家的行为学习的预测系统中并试图预测购买或搅拌等未来事件。在这些系统上进行了评估,结果表明,即使在第二系统的特定情况下,即使在第二系统的特定情况下,也能够提供快速响应,结果清楚地证明计算的预测显着优于那些如果使用随机猜测,则获得。

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