Core Concepts
Blockage effects impact communication and sensing coverage in integrated networks.
Abstract
The article discusses the impact of blockage effects on the performance of integrated sensing and communication networks. It introduces a comprehensive framework considering building blockage and analyzes interference from different links. The research findings suggest that blockage can enhance coverage, especially in communication. The optimal base station density is highlighted for maximizing coverage probability. The paper transitions from single-point to network-level performance analysis in ISAC systems.
Stats
"BS density is set to be 10^-5 m^-2."
"Transmit power is set to be 43 dBm."
"Average RCS of the ST is set to 20 dBsm."
Quotes
"Blockage can positively impact coverage, especially in enhancing communication performance."
"There exists an optimal base station density when blockage is of the same order of magnitude as the BS density."