Abstract
The 5G system requires an optimum coding technique to achieve the high diversity gain, low bit error rate (BER), and low detection complexity. Various coding techniques were developed in recent times for improving the diversity performance of the MIMO systems. Space-time-coding (STC) is used to fulfill the requirement of handling large data flow in the 5G wireless communications. It is highly required to optimize the orthogonal nature of STC. The paper proposed a novel design of the optimum linearly scalable dispersion code (O-LSDC). In this paper, an optimum coefficient-based O-LSDC is designed based on the elementary matrix operations, unitary matrix normalization technique, and coefficient mapping strategy. Mapped coefficients are linearly solved for optimum value estimation. To find the optimum solution of the LSDC codes, five cases of LSDC are defined based on the scaling coefficients and then performance is evaluated against the BER vs. SNR. Evaluating the simulation results in terms of error probabilities for the five different orthonormal LSDC, this work simulates the system for multiple antennas using the Rayleigh fading MIMO system model. Also, evaluating the impact of the proposed LSDC over the BER performance for the varied number of Monte Carlo iterations, then the performance graph is plotted for multiple-antennas system. The proposed O-LSDC under Rayleigh fading channel using the M-PSK modulation enhances the performance of the 5G and beyond communication system in terms of BER and SNR.
Highlights
Nowadays, there is a significant information overload on the channels of wireless communication
During the COVID-19 pandemic, the digital information flow is significantly increased, which demands enhancing the wireless channel capacity. e 5G wireless system with the massive MIMO technique is used to improve the capacity of the wireless channel
In the multiple-antenna system, the channel between transmitter and receiver is modeled with multiple paths. is offers the wireless channels to be modeled as the Rayleigh fading channel
Summary
Design and Implementation of Optimum LSD Coded Signal Processing Algorithm in the Multiple-Antenna System for the 5G Wireless Technology. E paper proposed a novel design of the optimum linearly scalable dispersion code (O-LSDC). To find the optimum solution of the LSDC codes, five cases of LSDC are defined based on the scaling coefficients and performance is evaluated against the BER vs SNR. Evaluating the simulation results in terms of error probabilities for the five different orthonormal LSDC, this work simulates the system for multiple antennas using the Rayleigh fading MIMO system model. Evaluating the impact of the proposed LSDC over the BER performance for the varied number of Monte Carlo iterations, the performance graph is plotted for multiple-antennas system. E proposed O-LSDC under Rayleigh fading channel using the M-PSK modulation enhances the performance of the 5G and beyond communication system in terms of BER and SNR Evaluating the impact of the proposed LSDC over the BER performance for the varied number of Monte Carlo iterations, the performance graph is plotted for multiple-antennas system. e proposed O-LSDC under Rayleigh fading channel using the M-PSK modulation enhances the performance of the 5G and beyond communication system in terms of BER and SNR
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