Framework for monitoring and testing web application scalability on the cloud

Martti Vasar, S. Srirama, M. Dumas
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引用次数: 26

Abstract

By allowing resources to be acquired on-demand and in variable amounts, cloud computing provides an appealing environment for deploying pilot projects and for performance testing of Web applications and services. However, setting up cloud environments for performance testing still requires a significant amount of manual effort. To aid performance engineers in this task, we developed a framework that integrates several common benchmarking and monitoring tools. The framework helps performance engineers to test applications under various configurations and loads. Furthermore, the framework supports dynamic server allocation based on incoming load using a response-time-aware heuristics. We validated the framework by deploying and stress-testing the MediaWiki application. An experimental evaluation was conducted aimed at comparing the response-time-aware heuristics against Amazon Auto-Scale.
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用于监控和测试云上web应用程序可伸缩性的框架
通过允许按需以可变数量获取资源,云计算为部署试点项目以及Web应用程序和服务的性能测试提供了一个吸引人的环境。然而,为性能测试设置云环境仍然需要大量的手工工作。为了帮助性能工程师完成这项任务,我们开发了一个框架,该框架集成了几个常见的基准测试和监视工具。该框架帮助性能工程师在各种配置和负载下测试应用程序。此外,该框架还支持使用响应时间感知启发式方法根据传入负载进行动态服务器分配。我们通过部署和对MediaWiki应用程序进行压力测试来验证该框架。进行了一项旨在比较响应时间感知启发式和Amazon Auto-Scale的实验评估。
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Aligning architecture knowledge management with Scrum VULCAN: architecture-model-based software development workbench Second international workshop on variability in software architecture Framework for monitoring and testing web application scalability on the cloud Architectures and platforms for knowledge discovery from data: workshop at WICSA/ECSA 2012
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