We propose autonomous dynamic window shaping and rerouting to improve the throughput of the Internet of Things (IoT) on a service-converged layer-2 network with a time-aware shaper (TAS) accommodating mobile fronthaul (MFH) and IoT backhaul. While low latency for MFH is assured by the TAS technique, the maximum throughput of the IoT traffic is limited because the available bandwidth for the IoT is limited. Our dynamic window shaping and rerouting improves the IoT throughput autonomously by utilizing the burstiness feature of the MFH traffic. Experimental results showed that our techniques increased overall throughput from 3.9 to 7.9 Gbps under certain conditions.

中文翻译：

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具有时间感知整形器的服务聚合的第2层网络的自主动态窗口整形和重新路由，可容纳移动前传和IoT回传

我们提出了自动动态窗口整形和重新路由，以通过可容纳移动前传（MFH）和IoT回传的时间感知整形器（TAS）来提高服务融合的第2层网络上的物联网（IoT）的吞吐量。TAS技术可确保MFH的低延迟，但由于IoT的可用带宽有限，因此IoT流量的最大吞吐量受到限制。通过利用MFH流量的突发性功能，我们的动态窗口整形和重新路由可自动提高IoT吞吐量。实验结果表明，在某些条件下，我们的技术将整体吞吐量从3.9 Gbps提高到7.9 Gbps。