Energy consumption for cluster-based IoT uplink transmissions: A Simulation based Study
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Abstract
Along with smart devices and sensors that are expected to grow even further with the continuing development of 5G and beyond 5G systems, there is a great need for energy efficient wireless communication. This study aims to to explore the energy consumption for uplink transmissions for small-scale NOMA based networks. Based on the theories of NOMA systems, this thesis work studies cluster-based uplink data transmissions, focusing on energy consumption, and it will also explore the success rate and transmission attempts of the systems of IoT devices by considering various factors that affect transmissions and device energy consumption. More specifically, two network scenarios have been identified with their access schemes implemented using Python. Based on our implementations, the network performance of the schemes has been assessed in terms of energy consumption and successful transmission rate.