Performance Evaluation of Doppler Effect in HST at mmWave in 100 GHz Sub-Band with presence of Distortion and AWGN
DOI:
https://doi.org/10.31185/wjes.Vol13.Iss2.619Keywords:
Doppler shifts;Gaussian white noise(AWGN);High-speed raiway,Abstract
Managing Doppler effects can be considered a critical technical challenge to ensure stable and efficient communication over millimeter Waves (mm Wave)in 5G networks, especially in high-mobility environments.the combined effects of Doppler shift and AWGN highlight the need for robust receiver designs that challenges simultaneously .this paper provides system model was tested under various scenarios,where both Doppler shift and distortion in the presence of AWGN .Different levels of SNR and Doppler shifts were simulated to observe their joint impact on system performance .The combined presence of Doppler shift and distortion are resulted in a more significant increase of BER rather than each factor could considered individually.The results are demonstrated that at high speed (large Doppler shifts)and low the challenges of maintaining reliable communication in such environments.
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