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Internet of Things (IoT) applications such as tele-health, smart appliances and smart energy are becoming more common within the home. However, they must compete for bandwidth with traditional applications such as video streaming, video conferencing and bulk file transfers. Such competition can be detrimental to the IoT applications when home gateways use traditional first-in-first-out (FIFO) queue management. Simply increasing bandwidth between the home gateway and the ISP, even when possible, provides no guarantee of bandwidth for IoT applications since many traditional applications will consume as much bandwidth as is available. In this paper we explore whether Active Queue Management (AQM), now being implemented in home gateways, can provide protection for IoT flows. We investigate the effect of different AQM algorithms deployed at the home gateway in scenarios with multiple concurrent application flows. We find that deploying multi-queue FQ-CoDel or the hybrid “FQ-PIE” at the home gateway can provide excellent capacity sharing, flow isolation and good protection in terms of throughput and queuing delays for IoT flows and other applications, which cannot be achieved with traditional FIFO or other single-queue AQMs such as PIE.

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How to Cite
Mr.D. Arulanandham, A.Dharshna Devi, R.Gowsalya, C.Nivetha Sree, & V.Hariharan. (2019). Energetic channel selection technique for IOT applications in automation broadband networks . International Journal of Intellectual Advancements and Research in Engineering Computations, 7(1), 1391–1395. Retrieved from