Physical layer security in cellular networks under modified MHCPP model

The majority of recent literature characterizes the secrecy capacity of wireless random networks by relying on Poison Point Processes which model the spatial distribution of devices. However, the realistic topologies are distinct from uniform and random assumption of the base stations or users. It has been recently demonstrated that Matérn Hard-core Point Processes (MHCPP) - rather than Poison Point Processes - are better suited to characterize such random location of users and base-stations of cellular systems. In this paper, we perform an analysis of the Secrecy Outage probability of cellular random networks under fading channel by employing the modified MHCPP model. It is also shown that the base station deployment has a significant impact on the secrecy outage.