Research Projects

This project aims to develop advanced adaptive compensation techniques for Non Orthogonal Multiple Access (NOMA) in 5G and beyond 5G wireless communication systems. The project aims to minimize the effects of channel-induced and nonlinear interference, and develop an efficient spectrum management algorithm for NOMA. The project will also investigate the future use of NOMA methods in low-cost, low-quality RF front-ends, channel estimation and equalization strategies, and network mobility management. The outcomes will be disseminated to the international research community and potentially lead to a patent. The Serbian and Indian research teams are collaborating on 5G communication and advanced digital signal processing. The project aims to develop advanced NOMA techniques for low cost and low energy, reducing energy consumption of wireless devices. Simulation models will be created in MATLAB and Mathematica Wolfram, and the outcomes will be disseminated through a wide audience. The collaboration will stimulate scientific cooperation and increase the current state of the art in NOMA techniques, allowing their use in low-cost, low-energy devices. The project also aims to reduce energy consumption of wireless devices.