Abstract

The development of future antenna solutions relies on the utilization of advanced technologies such as massive multiple input-multiple-output (MIMO). This novel approach has the potential to significantly enhance data rates and enhance the dependability of wireless communication, all without requiring more spectrum and power resources. Multiple-antenna systems are of significant importance in facilitating enhanced spectrum efficiency and increased quality of service in the context of next-generation wireless systems. This study is driven by the aforementioned motivation and aims to offer significant contributions to the development of compact, decoupled multiple antennas for the purpose of enhancing the efficiency of MIMO communications. During the course of the thesis research, the proposal of applying wiener filter precoding-based Massive MIMO antennas has been made. This proposal aims to leverage several forms of diversity mechanisms in order to effectively utilize the degrees of freedom available between the many elements. This thesis investigates the feasibility of integrating various decoupled antennas, leveraging their many resonant modes, to create a compact co-located multi-element antenna. The suggested study demonstrates a significant reduction in symbol error rate (SER) as compared to other existing techniques that are considered state-of-the-art

Description