Antenna parameterization for effectiveness in horn shaped antenna for 5G communication

TL;DR

This paper explores a novel parameterization method for horn-shaped antennas to enhance their effectiveness in 5G communication, focusing on radiation efficiency and design improvements.

Contribution

It introduces a latent radiation method and traditional Bergen techniques to optimize horn antenna performance for 5G applications.

Findings

Improved antenna radiation efficiency

Enhanced signal strength at longer distances

Potential reduction in antenna design complexity

Abstract

Horn antenna is well documented in our research in this paper. We are trying our latent method of radiation by antennas which we suppose to reduce to a significant extent. Why we chose horn antenna is it resonates the sound to explosion as done by horn shaped matter. Horn by its shape makes the sent signals to maximum capability by its shape which is required by the receiver due to the distance separation from sender and receiver. Our research will contain various implementations leading to improvement of previous designs. We will use the traditional methods of Bergen to make the antenna behave smartly in its functioning.