Optimizing 5G Performance in Security Threat Situations: A Question of Coverage and Modeling
Mohamad Younes, Yves Louët · 2023
This article analyzes the means of ensuring reliable and efficient transmission in high-density 5G networks with base stations (BS) in case of crisis or danger.We present a promising approach based on intercellular cooperation through the Multicast Broadcast-Single Frequency Network (MB-SFN) technique.The performance of this approach is compared to that of traditional unicast transmission, with a particular emphasis on evaluating user coverage and finding an optimal trade-off between coverage and key system parameters.This study takes into account that BS are distributed randomly according to a Poisson Point Process (PPP) law to obtain a comparison closer to reality.This uncommon analysis in current literature determines the best strategy to improve 5G coverage in an environment of civil and military security threats.