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Resource Provisioning Cost of Cloud Computing by Adaptive Reservation Techniques

机译:利用自适应预留技术的云计算资源配置成本

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In this paper presents the Cloud providers to provide cloud consumers for two provisioning plans are OnDemand plan and Reservation plans. Because it provides users an efficient way to allocate computing resources are dynamically to meet demands. Normally, cost of utilizing computing resources provisioned by ondemand plan is higher than reservation plan. Because reservation plan can provide offer of consumer can reduce the total resource provisioning cost. It can be achieved in Uncertainty of consumer’s future demand and provider’s resource prices. To control the cloud resources adaptively based on the reservation technique for under over provisioning (RTUOP) algorithm. The RTUOP algorithm is used to multi provisioning stages of longterm plan. The OCRP mainly considered in the demand and price uncertainty. The solutions of the RTUOP algorithm are considered including benders decomposition deterministic equivalent formulation and stochastic integer programming. To overcome this problem to applied by the scenario reduction techniques (SRT) to reduce the number of scenarios and successfully minimize total cost of resource provisioning in cloud environments.
机译:本文介绍了为云消费者提供云消费者的两个供应计划,即OnDemand计划和Reservation计划。因为它为用户提供了一种有效地动态分配计算资源以满足需求的方法。通常,利用按需计划提供的计算资源的成本要高于预留计划。因为预订计划可以为消费者提供报价可以减少总资源配置成本。可以通过不确定消费者的未来需求和提供商的资源价格来实现。基于预留空间的超量配置(RTUOP)算法自适应地控制云资源。 RTUOP算法用于长期计划的多个供应阶段。 OCRP主要考虑需求和价格不确定性。考虑了RTUOP算法的解决方案,包括弯管机分解确定性等效公式和随机整数规划。为了克服此问题,方案还原技术(SRT)可以减少方案的数量,并成功地最小化云环境中资源调配的总成本。

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