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Concurrent and cooperative negotiation of resources in cloud computing: A game theory based approach

机译:云计算中资源的并发和协作协商:基于博弈论的方法

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This paper presents a game theory based cooperative resource cost negotiation scheme using agents, in a cloud computing environment. The scheme comprises of consumer agents, broker agents, and resource provider agents. The resource cost negotiation takes place between these agencies to expedite flexible pricing of cloud services, which adopts a many-to-many negotiation model for negotiating the cost of the resources between the consumers and providers. The scheme is simulated by using Java agent development environment (JADE) framework. The results obtained are compared with existing works on game theory and agent based models. It is observed that the consumers and brokers achieve lesser negotiation time and higher successful job offers at lesser cost, while IaaS cloud service providers (ICSPs) achieve higher resource utilization rate. Payoffs are also analyzed to test the effectiveness of the proposed scheme.
机译:本文提出了一种在云计算环境下使用代理的基于博弈论的合作资源成本协商方案。该方案包括消费者代理,经纪人代理和资源提供者代理。这些机构之间进行资源成本协商,以加快云服务的灵活定价,云服务采用多对多协商模型在消费者和提供者之间协商资源成本。该方案是使用Java代理开发环境(JADE)框架进行仿真的。将获得的结果与有关博弈论和基于主体模型的现有工作进行比较。据观察,消费者和经纪人以更少的成本获得了更少的谈判时间和更高的成功工作机会,而IaaS云服务提供商(ICSP)获得了更高的资源利用率。还对收益进行了分析,以测试所提方案的有效性。

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