The Predicting Water Interference in Wireless Networks Through Path Loss Modeling

To account for the effects of surface water reflection and building diffraction on LOS and NLOS transmission in the UWSN spectrum in urban water-land settings, this research presents a route loss model. Extensive measurements are taken at 28 GHz in a pond on a university campus. We also do a thorough analysis of the other channel characteristics, not only the power delay profiles and rootmean-square delay spread. Results show that route loss in urban water-land networks may be reliably predicted using the suggested model. This research might be utilized to better install wireless networks in urban water and land environments.