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Design and development of automated and reliable service provisioning cloud architecture for engineering educational domain

机译:工程教育领域自动化可靠的服务供应云架构的设计与开发

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Due to the elasticity of cloud systems, many researchers have developed ideas to fabricate applications to provide cloud based online education. As cloud systems offer on-demand services, broad network access and resource pooling, the teaching to the students has migrated from classrooms to online cloud systems. Resource provisioning means to provide resources as per the requirement of the application with keeping in mind the Quality-of-service defined in the SLA. It is a very challenging task to provide resources in a manner to achieve the QoS as defined in the SLA and also keeping in the mind that all the applications running on the cloud get the resources as per their requirements. Many researchers have proposed various techniques and algorithms for Resource Provisioning. Simple approaches for Automated Resource Provision can significantly affect the cloud performance and over resource provisioning increases the costs. This paper discussed the previously suggested techniques and then proposed a new technique for Auto-scaling of cloud resources which ensures the best attainable utilization of cloud resources. We already have implemented this architecture and also provided the results for the same.
机译:由于云系统的弹性,许多研究人员已经提出了构想,以构造应用程序来提供基于云的在线教育。随着云系统提供按需服务,广泛的网络访问和资源池,对学生的教学已从教室迁移到了在线云系统。资源供应意味着要根据应用程序的要求提供资源,同时要牢记SLA中定义的服务质量。以实现SLA中定义的QoS的方式提供资源,同时还要记住,在云上运行的所有应用程序均会根据其要求获取资源,这是一项艰巨的任务。许多研究人员提出了各种资源配置技术和算法。自动化资源供应的简单方法会严重影响云性能,而资源供应过多会增加成本。本文讨论了先前提出的技术,然后提出了一种自动缩放云资源的新技术,该技术可确保最佳地利用云资源。我们已经实现了这种架构,并提供了相同的结果。

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