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Carry Forward and Access Control for Unused Resources in Multi Sharing System of Hybrid Cloud

机译:对混合云多共享系统中未使用的资源的前进和访问控制

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摘要

The cloud is a collection of resources like hardwares and softwares etc., and these resources are shared between public and private cloud for better resource utilization. The entire idea behind our model is to concentrate on how to magnify the resource usage on Multi sharing system with reservation policy plans in hybrid cloud environment and how to provide access control to Carry Forward of Unused Resources. In existing system, the cloud offers various types of reservation plans and on-demand plans with restrictions. Scope for either under or over provisioning of reserved resources was not taken care of. It was very much restricted to sharing of resources with multiple users. This was leading to an over and under provisioning of resources and no option was provided to carry forward the unused resources and there was no access control for their contribution of resources. So, to overcome with this problem "Multi Sharing Resources in Hybrid Cloud (MSRHC)" model is proposed. The proposed model mainly aims to enable sharing of multiple resources by multiple users and providing access control to unused resources. The experimental results show that by using Carry Forward of Unused Resources (CFUR) and Access Control for Contributed User (ACCU) approach, the results have produced 100 percent of resource utilization and full fledge access only to contributor user which reduces the cost.
机译:云是硬件和软件等资源的集合,这些资源在公共和私有云之间共享,以更好地利用。我们模型背后的整个想法是专注于如何在混合云环境中为多重共享系统的资源用途放大,以及如何提供访问控制以提出未使用的资源。在现有系统中,云提供各种类型的预订计划和按需计划,具有限制。不关心保留资源下或提供保留资源的范围。它非常仅限于与多个用户共享资源。这导致资源提供了一遍,并提供资源,并没有提供举办未使用的资源,并没有获得资源贡献的访问控制。因此,克服了这个问题,提出了混合云(MSRHC)的多共享资源。所提出的模型主要旨在通过多个用户共享多个资源,并为未使用的资源提供访问控制。实验结果表明,通过使用未使用的资源(CFUR)和贡献的用户(ACCU)方法的访问控制,结果仅生产了100%的资源利用率和完全氟化物访问,仅针对降低成本的贡献者用户。

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