Monitoring and Management of Service Level Agreements in Cloud Computing

S. Anithakumari, K. Sekaran
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引用次数: 12

Abstract

Cloud computing environment consists of various interactive entities like cloud service providers, cloud service brokers, cloud customers and end-users with different objectives and expectations. Service Level Agreements (SLAs) manage the relationship among cloud service providers and cloud consumers by defining the terms of the agreement for the participating entities and provide the basic ground for interactions among both the parties. In this work we proposed a framework to efficiently monitor and analyze the SLA parameters and tried to find out the possibility of occurrence of SLA violations. Also we implemented an adaptive resource allocation system by utilizing the results of predicted SLA violations. Our adaptive resource allocation system allocates computing resources to cloud applications and tries to reduce the occurrence of SLA violations, by allocating additional resources on the detection of possibility of occurrence of a violation. The experimental studies show that our proposed system works well in private cloud computing environment and gives more efficient results.
云计算中服务水平协议的监控与管理
云计算环境由各种交互实体组成,如云服务提供商、云服务代理、云客户和具有不同目标和期望的最终用户。服务水平协议(sla)通过定义参与实体的协议条款来管理云服务提供商和云消费者之间的关系,并为双方之间的交互提供基本基础。在这项工作中,我们提出了一个框架来有效地监控和分析SLA参数,并试图找出SLA违规发生的可能性。此外,我们还利用预测的SLA违规结果实现了自适应资源分配系统。我们的自适应资源分配系统将计算资源分配给云应用程序,并试图通过在检测到违规发生的可能性时分配额外的资源来减少SLA违规的发生。实验研究表明,该系统在私有云计算环境下运行良好,效率更高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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