Radio optical network based optimization in quantum computing for 5G wireless communication model

Radio access networks (RANs) provide for more user coverage, greater data speeds, and enhanced end-to-end performance with reduced latency, power consumption, and cost. Supporting high-performance applications in the 5G sector that need widespread user coverage and real-time cloud computing is possible with a cloud radio access network (C-RAN). The rise in mobile internet users has rendered resource optimisation and scheduling impractical in traditional designs, making it unable to guarantee a good level of service. This study presented a novel method for optimising the routing and traffic in radio optical networks, based on the architecture of 5G communications. Experimental results have been gathered for a wide range of network properties, including spectral efficiency, latency, quality of service, resource utilisation, and network cost. In this case, the proposed method achieved a Network cost of 48%, current MDRI 45%, and SDN 46%; for the number of modulations, a Network cost of 55%, existing MDRI 51%, and SDN 53%; and for the number of samples, the suggested method achieved a Network cost of 59%, existing MDRI 52%, and SDN 55%.