基于AI的性能基准测试与大数据和云驱动应用的分析:深度视图

Jayanti Vemulapati, Anuruddha S. Khastgir, Chethana Savalgi
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引用次数: 3

摘要

云上的大数据分析平台正在成为主流技术,能够经济高效地快速部署客户的大数据应用程序,从他们的数据中获得更快的见解。因此,以合理的成本拥有高性能的平台基础设施和应用程序变得更加迫切。只有当我们通过采用新的人工智能技术(如机器学习(ML)和预测方法)对每个应用程序领域进行性能基准测试,从传统方法过渡到执行和衡量性能时,这才有可能。本文提出了一个自动化性能基准测试的高级概念模型,该模型包括执行引擎,该执行引擎被设计为支持涵盖每个应用领域的自动化基准测试的自助服务模型。自动化引擎由基于真实性能数据集的规定性分析的性能扩展建议提供支持。通过引入预测分析,我们进一步扩展了自助服务自动化引擎的推荐功能,使其在处理“假设”场景时更加灵活,从而通过测量“性能成本比”(PCR)来预测“合适的规模”。最后,我们还提供了一些实际的行业示例,这些示例通过我们提出的模型给出的建议在其应用程序中看到了性能优势。
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AI Based Performance Benchmarking & Analysis of Big Data and Cloud Powered Applications: An in Depth View
Big data analytics platforms on cloud are becoming mainstream technology enabling cost-effective rapid deployment of customer's Big Data applications delivering quicker insights from their data. It is, therefore, even more imperative that we have high performant platform infrastructure and application at a reasonable cost. This is only possible if we make a transition from traditional approach to execute and measure performance by adopting new AI techniques such as Machine Learning (ML) & predictive approach to performance benchmarking for every application domain. This paper proposes a high-level conceptual model for automated performance benchmarking which includes execution engine that has been designed to support a self-service model covering automated benchmarking in every application domain. The automated engine is supported by performance scaling recommendations via prescriptive analytics from real performance data set. We furthermore extended the recommendation capabilities of our self-service automated engine by introducing predictive analytics for making it more flexible in addressing 'what-if' scenarios to predict 'Right Scale' with measurement of "Performance Cost Ratio" (PCR). Finally, we also present some real-world industry examples which have seen the performance benefits in their applications with the recommendations given by our proposed model.
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