An Industrial Internet of Things (IIOT) With an Underlying Clustered 5G HetNet

Farhan, Naureen and Danish, Aisha (2024) An Industrial Internet of Things (IIOT) With an Underlying Clustered 5G HetNet. In: International Conference on Engineering & Technology, Computer , Basic & Applied Sciences (ICETCBAS-24), 18-19 March 2024, London. (Submitted)

Abstract

Industry 4.0 demands high-capacity, low-latency communication to support Industrial Internet of Things (IIoT) and wearable technologies in smart manufacturing. This study proposes an IIoT framework based on a clustered 5G heterogeneous network (HetNet) to enhance system performance. Wearable IoT devices enable improved safety, efficiency, and real-time monitoring. To address interference and resource management challenges in dense networks, a hybrid clustering scheme with interference management is introduced. Simulation results show an 8% capacity improvement over unified PD-NOMA and over 80% improvement compared to IMHC, with reduced end-to-end delay and higher throughput.

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