EEOA: Improving energy efficiency of mobile cloudlets using efficient offloading approach

C. Panigrahi, Bibudhendu Pati, Mayank Tiwary, J. Sarkar
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引用次数: 33

Abstract

Cyber Foraging concepts allow the users to take the benefits of low latency cloud services by offloading the computational requests to the nearest service provider instead of offloading the computational request services to service providers over Wide Area Network (WAN). The cloudlets are major components of cyber foraged systems and are deployed in the physical proximity of the users, where the cloudlets get connected with users through LAN or Wi-Fi. In the mobile state, the cloudlets are deployed over the mobile devices such as smart phones. The performance of mobile cloudlets depends upon the battery life of mobile devices, which is limited. In this work, we propose an energy efficient offloading approach EEOA, which can help in effective resource utilization of mobile cloudlets for optimal energy usage. Based on the simulation results, we observed that the EEOA helps in optimal resource utilization of mobile devices and also minimizes the energy consumption for mobile devices.
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EEOA:使用高效的卸载方法提高移动云的能源效率
网络觅食概念允许用户通过将计算请求卸载到最近的服务提供商,而不是通过广域网(WAN)将计算请求服务卸载到服务提供商,从而获得低延迟云服务的好处。cloudlets是网络搜索系统的主要组件,部署在用户的物理附近,其中cloudlets通过LAN或Wi-Fi与用户连接。在移动状态下,云部署在智能手机等移动设备上。移动cloudlets的性能取决于移动设备的电池寿命,而电池寿命是有限的。在这项工作中,我们提出了一种节能卸载方法EEOA,它可以帮助有效地利用移动云的资源,以实现最佳的能源使用。基于仿真结果,我们观察到EEOA有助于优化移动设备的资源利用,并使移动设备的能耗最小化。
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