Design and Performance Evaluation of Reconfigurable Antenna Systems for High Speed Wireless Communication in Next Generation Networks

Abstract

In the era of 6G and beyond, reconfigurable antenna systems have emerged as critical enablers of high-speed wireless communication due to their ability to adapt radiation characteristics dynamically. These systems, incorporating technologies such as reconfigurable intelligent surfaces (RIS), metasurfaces, and dynamic beamforming, have revolutionized wireless connectivity in dense and mobile environments. This paper evaluates the design strategies and performance metrics of reconfigurable antenna architectures, offering simulation results and benchmarking insights. The study includes comparative analysis against legacy antenna systems and provides a roadmap for future integration in next-generation networks (NGNs)