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A policy-based location-aware framework for personalized services in cloud computing systems

机译:基于策略的位置感知框架,用于云计算系统中的个性化服务

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Autonomous service adaptation in cloud environments requires both location-awareness and the acquisition and utilization of contextual information. Statically configured service adaptation frameworks lack the ability to adapt to changing network conditions and geographical locations. This paper presents a framework that continuously derives updated configuration policies with respect to service selection and handover to third party cloud service providers. Location tracking and prediction empower the system to provide ongoing robust services for cloud service subscribers. To achieve this goal, the proposed work relies on a policy-based real-time simulator to evaluate possible new service provider handover configurations before actually applying them to the real network. Preliminary performance evaluation results demonstrate the significant enhancement of the outcome of the proposed framework in terms of continuous services for subscribers and load balancing for service providers.
机译:云环境中的自主服务适应需要位置感知以及上下文信息的获取和利用。静态配置的服务适应框架缺乏适应不断变化的网络条件和地理位置的能力。本文提出了一个框架,该框架不断地获得有关服务选择和切换到第三方云服务提供商的更新配置策略。位置跟踪和预测使系统能够为云服务订户提供持续的强大服务。为了实现此目标,建议的工作依赖于基于策略的实时仿真器,以在将可能的新服务提供商切换配置实际应用于实际网络之前对其进行评估。初步的性能评估结果表明,在为订户提供连续服务和为服务提供商提供负载平衡方面,所提议框架的结果得到了显着增强。

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