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首页> 外文期刊>International Journal of Engineering and Technology >Towards Self Configured Multi-Agent Resource Allocation Framework for Cloud Computing Environments
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Towards Self Configured Multi-Agent Resource Allocation Framework for Cloud Computing Environments

机译:迈向面向云计算环境的自配置多代理资源分配框架

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The construction of virtualization and Cloud computing environment to assure numerous features such as improved flexibility, stabilized energy efficiency with minimal operating costs for IT industry. However, highly unpredictable workloads can create demands to promote quality-of-service assurance in the mean while promising competent resource utilization. To evade breach on SLA?s (Service-Level Agreements) or may have unproductive resource utilization, In a virtual environment resource allocations must be tailored endlessly during the execution for the dynamic application workloads. In this proposed work, we described a hybrid approach on self-configured resource allocation model in cloud environments based on dynamic workloads application models. We narrated a comprehensive setup of a delegate stimulated enterprise application, the new Virtenterprise_Cloudapp benchmark, deployed on dynamic virtualized cloud platform.
机译:虚拟化和云计算环境的构建可确保众多功能,例如增强的灵活性,稳定的能源效率以及最小的IT行业运营成本。但是,高度不可预测的工作负载可能会提出要求,以提高服务质量保证,同时又保证可以有效利用资源。为了规避违反SLA(服务级别协议)或可能浪费资源的情况,在虚拟环境中,必须在执行动态应用程序工作负载期间不停地调整资源分配。在这项拟议的工作中,我们描述了一种基于动态工作负载应用程序模型的云环境中自配置资源分配模型的混合方法。我们介绍了在动态虚拟化云平台上部署的受委托刺激的企业应用程序(新的Virtenterprise_Cloudapp基准)的全面设置。

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