LDPC Channel Coding in Coplanar MIMO Ultraviolet Communication System

The low-density parity-check code (LDPC) is used in this paper to implement a coplanar multiple-input multiple - output (MIMO) Ultraviolet (UV) communication system. This paper compares the performance of different receiver combining methods in the coplanar MIMO UV communication system and simulates...

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Main Authors: Ji, Junyang, Su, Ping, Ma, Jianshe, Xia, Bizhong, Xue, Xingle
Format: Conference Proceeding
Language:English
Subjects:
BER
Communication systems
Data models
decoding algorithms
LDPC
maximum ratio combining
MIMO UV communication
Optical fiber communication
Parity check codes
Receivers
Signal processing
Signal processing algorithms
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Su, Ping
Ma, Jianshe
Xia, Bizhong
Xue, Xingle
description The low-density parity-check code (LDPC) is used in this paper to implement a coplanar multiple-input multiple - output (MIMO) Ultraviolet (UV) communication system. This paper compares the performance of different receiver combining methods in the coplanar MIMO UV communication system and simulates the performance of the improved LDPC minimum sum decoding algorithms in the UV communication system. The results show that the offset minimum sum (OMS) and the normalized minimum sum (NMS) decoding algorithms outperform the minimum sum (MS) decoding algorithm in terms of bit error ratio (BER), and the receivers with the maximum ratio combination performs the best.
doi_str_mv 10.1109/ICOCN55511.2022.9900999
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subjects BER
Communication systems
Data models
decoding algorithms
LDPC
maximum ratio combining
MIMO UV communication
Optical fiber communication
Parity check codes
Receivers
Signal processing
Signal processing algorithms
title LDPC Channel Coding in Coplanar MIMO Ultraviolet Communication System
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