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IoTSim-Stream: Modelling stream graph application in cloud simulation

机译:IoTSim-Stream:在云仿真中对流图应用程序建模

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摘要

In the era of big data, the high velocity of data imposes the demand for processing such data in real-time to gain real-time insights. Various real-time big data platforms services (i.e. Apache Storm, Amazon Kinesis) allow to develop real-time big data applications to process continuous data to get incremental results. Composing those applications to form a workflow that is designed to accomplish certain goal is the becoming more important nowadays. However, given the current need of composing those applications into data pipelines forming stream workflow applications (aka stream graph applications) to support decision making, a simulation toolkit is required to simulate the behaviour of this graph application in Cloud computing environment. Therefore, in this paper, we propose an IoT Simulator for Stream processing on the big data (named IoTSim-Stream) that offers an environment to model complex stream graph applications in Multicloud environment, where the large-scale simulation-based studies can be conducted to evaluate and analyse these applications. The experimental results show that IoTSim-Stream is effective in modelling and simulating different structures of complex stream graph applications with excellent performance and scalability. (C) 2019 Elsevier B.V. All rights reserved.
机译:在大数据时代,数据的高速度提出了实时处理此类数据以获得实时见解的需求。各种实时大数据平台服务(例如Apache Storm,Amazon Kinesis)允许开发实时大数据应用程序以处理连续数据以获得增量结果。如今,将那些应用程序组合成一个旨在实现特定目标的工作流变得越来越重要。但是,鉴于当前需要将这些应用程序组合到形成流工作流应用程序(又称为流图应用程序)的数据管道中以支持决策,因此需要一个仿真工具包来模拟该图应用程序在云计算环境中的行为。因此,在本文中,我们提出了一种用于对大数据进行流处理的IoT模拟器(名为IoTSim-Stream),该环境提供了一种环境,可以在Multicloud环境中对复杂的流图应用程序进行建模,从而可以进行基于大规模仿真的研究评估和分析这些应用程序。实验结果表明,IoTSim-Stream具有出色的性能和可扩展性,可以有效地建模和仿真复杂流图应用程序的不同结构。 (C)2019 Elsevier B.V.保留所有权利。

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