Analysis of the Entanglement Assistance Effect on Quality of Service of multi-Class IoT Networks

Abstract

Internet of Things (IoT) technologies have allowed the connection of devices worldwide through the Internet. these tiny, intelligent, and mixed devices must be able to send, receive, and analyze data with different service requirements. It is recognized as one of the most rapidly growing technologies, with a rising number of nodes daily. Quality of service (QoS) is one of the crucial issues in these networks due to the large volume of data transferred or received across networks. Numerous QoS metrics exist, and network layer Parameters containing delay, throughput, efficiency, and packet loss are the focus of our study. In this paper, we concentrate on studying the distribution of quantum entanglement effect on QoS for heterogeneous IoT networks. Besides this, we also presented an analytical approach to demonstrate the method's performance, side by side with the comparison of slotted ALOHA systems.