An Efficient Approach for the Wireless Transmission of Fair Data over a OFDM Systems for Improved Channel Parameters

Abstract

Massive multiple-input multiple-output (MIMO) is a technology that can be integrated into fifth generation (5G) communication systems because it can provide degree of freedom (DoF) and high transmission rate by placing hundreds of horns on the base station (BS). For downscaling the energy consumption, it is expected that the application of analog to digital convertors (ADCs), as discussed earlier, will be costly and consistent with the concept of green connectivity in current large MIMO systems. However, radio frequency (RF) degradation, which is inevitable in real-world systems, causes unexpected phase / phase quadrature (IQI) imbalances and reduces the performance of the baseband signal. As a result, a large calculated MIMO is needed to compensate for the IQI results, which encourages us to build work on this paper. This work proposes an effective system for transferring data from sender to recipient with the acceptance of an improved channel. The results obtained show better results in terms of data transfer.