Emusphere: Evaluating Planetary-Scale Distributed Systems in Automated Emulation Environments

Johannes Köstler, J. Seidemann, Hans P. Reiser
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引用次数: 1

Abstract

This paper presents Emusphere, an integrated emulation platform for the efficient evaluation of planetary-scale distributed systems. It allows system developers and architects to assess their systems in an environment that is able to provision any desired computation infrastructure, mimic realistic environmental conditions, and carry out arbitrary usage scenarios. Unlike existing testbeds which suffer from technical complexity and high bootstrapping efforts, Emusphere is an easy-to-use and fully automated environment. This is achieved by reducing the complete configuration and execution efforts down to the definition of a single configuration file that defines the structure and course of the experiments. Those Experiment Descriptors are executed using Emusphere Executors which utilize resource providers to provision any specified virtual infrastructure, run the defined experiment steps, collect the results and finally tear down the whole environment. In this way experiments can be easily modified, reproduced, transferred and verified. We also provide an evaluation which shows that our approach surpasses existing solutions in terms of flexibility and usability while offering a high degree of scalability.
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emussphere:在自动化仿真环境中评估行星尺度的分布式系统
Emusphere是一个集成仿真平台,用于行星规模分布式系统的高效评估。它允许系统开发人员和架构师在能够提供任何所需计算基础设施、模拟实际环境条件和执行任意使用场景的环境中评估他们的系统。与现有的测试平台不同,Emusphere是一个易于使用和完全自动化的环境。这是通过将完整的配置和执行工作减少到定义单个配置文件来实现的,该文件定义了实验的结构和过程。这些实验描述符使用Emusphere executor执行,后者利用资源提供程序提供任何指定的虚拟基础设施,运行定义的实验步骤,收集结果并最终拆除整个环境。这样,实验可以很容易地修改、复制、转移和验证。我们还提供了一个评估,表明我们的方法在灵活性和可用性方面超越了现有的解决方案,同时提供了高度的可扩展性。
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