Abstract
With the rapid development of the mobile communication, most of the internet content is provided by cellular networks. The algorithms used during the congestion in cellular networks try to solve the problem of queue overflow and bottleneck. In the LTE network, the data transfer between the remote host and the PG-W directly affects the operating speed of the cellular network. Choosing an active queue management algorithm is critical to the LTE cellular network. In this study, the effect of the performance of RED, CoDel, Pie and PFIFO, which are active queue management algorithms operating between Remote Host and PG-W, on LTE network on end-to-end average throughput, latency and packet dropping rates were evaluated comparatively and the results were evaluated.
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