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A Framework for Web Based Medical Image Archiving System Using Data Centers

机译:使用数据中心的基于Web的医学图像归档系统的框架

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Cloud computing offers workable solution for the long-term medical image archiving system. A major challenge in current research involves efficient partitioning of resources available at hand. In the current paper, allocation algorithms for efficiently managing energy resources within cloud computing settings are discussed. The suggested energy-aware allocation method partition data centre's resources amongst client applications in a manner which enhances power efficacy of the data centre, and at the same time providing the required Quality of Service (QoS) to all clients. Heuristic algorithms are utilized for the optimization of the provisioning of resources so that energy efficacy of data centers are enhanced. In this paper, energy-aware resource allocation method is executed in clouds through Artificial Bee Colony (ABC) model and with Best Fit Decreasing (BFD) method. The ABC has the advantages of few parameters, and fast convergence speed. The suggested tools are verified through studies utilizing CloudSim toolkits.
机译:云计算为长期医学图像归档系统提供了可行的解决方案。目前研究中的一项重大挑战涉及有效分区手头可用的资源。在本发明的纸张中,讨论了用于有效地管理云计算设置内能源资源的分配算法。建议的能量感知分配方法以增强数据中心的功率功效的方式分区数据中心的资源,同时为所有客户端提供所需的服务质量(QoS)。启发式算法用于优化资源的配置,以便提高数据中心的能量效能。在本文中,通过人工蜂殖民地(ABC)模型和最佳拟合减少(BFD)方法在云中执行能量感知资源分配方法。 ABC具有少数参数和快速收敛速度的优点。通过利用CloudSim工具包的研究验证了建议的工具。

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