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LeanBench: comparing software stacks for batch and query processing of IoT data

机译:LeanBench:比较软件堆栈以进行物联网数据的批处理和查询处理

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摘要

Companies produce data in large volumes and in multiple varieties. This trend is intensifying with the deployment of Internet of Things (IoT) devices. Companies need to process data more efficiently and at the edge of the network if they are to remain capable of making timely business decisions based on data. ApacheHadoopandHiveare two widely used data processing systems. However, they rely on complex software stacks that cannot run in a typical IoT gateway device, i.e., a computer with low hardware specifications. An approach to solve this problem is to replace the software with a leaner system with the same functionality. This approach is the value proposition ofUnicage,a data processing system based on Unix shell scripting, that promises better performance by using the operating system directly for execution and inter-process communication.In this paper, we benchmark data processing systems with workloads that compare Unicage with Hadoop and with Hive. The results show that the complexity of the software stack is indeed a significant bottleneck in data processing.
机译:公司会大量产生多种数据。随着物联网(IoT)设备的部署,这种趋势正在加剧。为了保持基于数据的及时业务决策能力,公司需要在网络边缘更有效地处理数据。 ApacheHadoop和Hive是两个广泛使用的数据处理系统。但是,它们依赖于无法在典型的IoT网关设备(即具有较低硬件规格的计算机)中运行的复杂软件堆栈。解决此问题的方法是用功能相同的精简系统代替软件。这种方法是Unicage的价值主张,Unicage是基于Unix Shell脚本的数据处理系统,通过直接使用操作系统进行执行和进程间通信,可以保证更好的性能。本文对基准数据处理系统进行了基准测试,并比较了Unicage使用Hadoop和Hive。结果表明,软件堆栈的复杂性确实是数据处理中的重要瓶颈。

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