Various applications which run on the machines in a network such as Internet-of-Things require different bandwidths. So each machine may select one of its multiple Radio Frequency (RF) interfaces for machine-to-machine or machine-to base-station communications according to required bandwidth. We have proposed a generalized framework for joint dynamic optimal RF interface setting and next-hop selection, which is suitable for networks with multiple base stations, and source nodes that have the same requests for bandwidth. Simulation results show average data rate of the source nodes may be increased up to 117%.
翻译：在互联网等网络的机器上运行的各种应用程序需要不同的带宽。 因此, 每台机器都可以根据所需的带宽选择一个多无线电频率接口, 用于机器对机器或机器对基地站的通信。 我们提出了一个通用框架, 用于联合动态最佳RF接口设置和下一跳选择, 适合多个基站的网络, 以及同样需要带宽的源节点。 模拟结果显示源节点的平均数据率可能提高到117 % 。
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