Full Duplex Communication System on ADALM PLUTO

Abstract

The integration of cost-effective equipment, such as the analog devices ADALM PLUTO platform, with sophisticated simulation tools like Simulink, presents a groundbreaking opportunity within the realm of analog and digital communications. This project delves into the practical aspects and potential applications of full-duplex communication systems, leveraging the functionalities offered by the ADALM PLUTO platform and Simulink. The project's focal points include the reception of signals, the design of a Double-Sideband Suppressed Carrier (DSBSC) Modulated Signal, the creation of a Quadrature Amplitude Modulation (QAM) transceiver, and the transmission of images using QAM. Through a comprehensive approach encompassing theoretical exploration, simulation-based analysis, and hands-on experimentation, the project seeks to showcase the effectiveness of full-duplex communication in enhancing spectral efficiency and data throughput. The literature review highlights the existing research concerning the ADALM PLUTO, Simulink and other modulation techniques for Self-interference cancellation and its educational implementation. The research objective is a direct bridge between the advancement of knowledge and practical applications which lead to a full duplex communication system. This will ultimately help in developing and progressing the wireless technology, thus promoting and fostering innovation.