A User Centric Blockage Model for Wireless Networks

This paper proposes a cascade blockage model for analyzing the vision that user has of wireless network. model, inspired by classical multiplicative models, radial structure meant to analyze blockages seen receiver at origin in different angular sectors. The main novelty is it based on geometry obstacles and takes joint phenomenon into account. We show couple simple instances Laplace transforms total interference satisfies functional equation can be solved efficiently an iterative scheme. used coverage probability effect correlation penetration loss both dense sparse environments. Furthermore, this investigate beamforming techniques. Another its associated algorithm are proposed derive performance best beam selection context. In addition, conditional also derived evaluate switching. results not only quite efficient multi-beam terminals, but how brought leveraged accelerate sweeping pairing.