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Energy Efficient Resource Allocation using Reinforcement Learning in SDN Based Wireless Networks

机译:在基于SDN的无线网络中使用强化学习进行能源高效的资源分配

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A lot of factors are involved in the transmission of data in an SDN based wireless network as it holds the power of combining various optical small cell wireless networks together with the WiFi, LiFi, 5G and others in a single network domain. The main issue that needs to be addressed in such a scenario is the huge demand of energy consumption by the resources that need to run the overall network structure to maintain both the Quality of Service and speed. the energy usage is investigated in an SDN based wireless network and propose a solution to effectively reduce the energy consumption of user device without compromising on these parameters. But this task becomes quite challenging due to continuous variations in the number of resources needed and type of each needed at a particular user device. Herein, Reinforcement Learning comes to the fore which instead of concentrating on the near term goals takes into consideration the final requirement which is the overall conservation of energy in resource allocation. The results have been then plotted out to find the usage of the method in the conservation of energy during resource allocation.
机译:基于SDN的无线网络中的数据传输涉及很多因素,因为它具有将各种光学小型蜂窝无线网络与WiFi,LiFi,5G等在单个网络域中结合在一起的强大功能。在这种情况下需要解决的主要问题是资源的巨大能耗需求,这些资源需要运行整个网络结构以维持服务质量和速度。在基于SDN的无线网络中对能耗进行了研究,提出了一种在不影响这些参数的前提下有效降低用户设备能耗的解决方案。但是由于在特定用户设备上所需资源的数量和所需每种资源的类型的连续变化,该任务变得非常具有挑战性。在这里,强化学习脱颖而出,它不是专注于近期目标,而是考虑了最终要求,即在资源分配中总体上节约能源。然后将结果绘制出来,以找到该方法在资源分配过程中节约能源的用途。

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