rus
Issue #1/2023
T.O.Bazarov, A.N.Dorozhkin, T.O.Lukinykh, O.E.Nanii, M.A.Senko, V.N.Treschikov
STABILITY OF COHERENT RECEIVER DSP ALGORITHMS TO THE RAPID POLARIZATION ROTATION CAUSED BY LIGHTNING DISCHARGE
STABILITY OF COHERENT RECEIVER DSP ALGORITHMS TO THE RAPID POLARIZATION ROTATION CAUSED BY LIGHTNING DISCHARGE
DOI: 10.22184/2070-8963.2023.109.1.48.54
In this paper stability of digital signal processing (DSP) algorithms of coherent receiver to the rapid polarization rotation caused by lightning stroke in an optical power ground wearer (OPWG) by numerical simulation has been investigated. It is found that the rate of polarisation state (PS) change is the most important parameter determining the increase in the receiver bit error rate (BER). A detailed analysis of the DSP algorithms operation under the conditions of fast SP rotation has shown that the reason of the error rate growth is the limited speed of resynchronization and adaptive filtering blocks.
In this paper stability of digital signal processing (DSP) algorithms of coherent receiver to the rapid polarization rotation caused by lightning stroke in an optical power ground wearer (OPWG) by numerical simulation has been investigated. It is found that the rate of polarisation state (PS) change is the most important parameter determining the increase in the receiver bit error rate (BER). A detailed analysis of the DSP algorithms operation under the conditions of fast SP rotation has shown that the reason of the error rate growth is the limited speed of resynchronization and adaptive filtering blocks.
Теги: ber coherent fiber optic transmission systems coherent receiver digital signal processing opwg polarisation rotation волоконно-оптические когерентные системы передачи вращение поляризации когерентный приемник оптический кабель в грозотросе цифровая обработка сигналов
STABILITY OF COHERENT RECEIVER DSP ALGORITHMS TO THE RAPID POLARIZATION ROTATION CAUSED BY LIGHTNING DISCHARGE
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