Design and Analysis of Cooperative Communication Strategies for 5G Cellular Networks: A MATLAB Perspective
Keywords:
: 5G cellular networks, MATLAB simulation, RF receiver design, interference cancellation, signal-to-noise ratio, intermodulation distortions, carrier aggregation, multiple input multiple output (MIMO), cooperative communication strategies.Abstract
The creation of 5G mobile networks has ushered in a brand new generation of excessive-pace, low-latency communique systems designed to fulfill the burgeoning call for for records services. This paper explores the design and simulation of Radio Frequency (RF) receivers underneath 5G interference, making use of MATLAB because the primary device for evaluation. With the increasing complexity of cell verbal exchange structures, carrier aggregation, and more than one enter more than one output (MIMO) capabilities, the challenge of mitigating interference, particularly intermodulation distortions (IMDs), has grow to be paramount. Through MATLAB simulations, this study introduces novel algorithms for interference cancellation and assesses their efficacy in enhancing the signal-to-noise ratio (SNR) of RF receivers. The paper gives a complete MATLAB-based totally method for the simulation of 5G verbal exchange structures, highlighting the impact of interference on receiver behavior and investigating new strategies for overcoming this interference. The findings show enormous advancements in receiver layout, contributing to the enhancement of 5G community overall performance and reliability.
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