Bit-error-rate performance of high-order APPM and AOPPM for non-Kolmogorov gamma–gamma channel FSO communications

Meiyong Xu; Sibghat Ullah; Sihan Zhang; Deyu Yuan; Xiujia Fu; Kaimin Wang; Xiangjun Xin

doi:10.1002/mop.32728

Bit-error-rate performance of high-order APPM and AOPPM for non-Kolmogorov gamma–gamma channel FSO communications

Meiyong Xu, Sibghat Ullah, Sihan Zhang, Deyu Yuan, Xiujia Fu, Kaimin Wang^*, Xiangjun Xin

^*Corresponding author for this work

Research output: Contribution to journal › Article › peer-review

2 Citations (Scopus)

Abstract

High-order pulse modulations in free space optics (FSO) communication are of practical value, and non-Kolmogorov gamma–gamma (GG) channel model is the most suitable for FSO channel. However, research on a system combined with the above is rarely reported. In our work, we propose high-order (4*32 and 4*64) amplitude and pulse position modulation (APPM) and overlapping amplitude and pulse position modulation (AOPPM) FSO communication system under a modified non-Kolmogorov GG turbulent channel model. Simulation results present that AOPPM is obviously better than APPM in bit-error-rate (BER) performance, and BER performance grows with the increase of modulation order (number of pulse positions). The proposed schemes may provide a reference for system design and practical application.

Original language	English
Pages (from-to)	1141-1146
Number of pages	6
Journal	Microwave and Optical Technology Letters
Volume	63
Issue number	4
DOIs	https://doi.org/10.1002/mop.32728
Publication status	Published - Apr 2021
Externally published	Yes

Keywords

amplitude and pulse position modulation
high order
non-Kolmogorov gamma–gamma channel

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10.1002/mop.32728

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title = "Bit-error-rate performance of high-order APPM and AOPPM for non-Kolmogorov gamma–gamma channel FSO communications",

abstract = "High-order pulse modulations in free space optics (FSO) communication are of practical value, and non-Kolmogorov gamma–gamma (GG) channel model is the most suitable for FSO channel. However, research on a system combined with the above is rarely reported. In our work, we propose high-order (4*32 and 4*64) amplitude and pulse position modulation (APPM) and overlapping amplitude and pulse position modulation (AOPPM) FSO communication system under a modified non-Kolmogorov GG turbulent channel model. Simulation results present that AOPPM is obviously better than APPM in bit-error-rate (BER) performance, and BER performance grows with the increase of modulation order (number of pulse positions). The proposed schemes may provide a reference for system design and practical application.",

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AU - Xu, Meiyong

AU - Ullah, Sibghat

AU - Zhang, Sihan

AU - Yuan, Deyu

AU - Fu, Xiujia

AU - Wang, Kaimin

AU - Xin, Xiangjun

PY - 2021/4

Y1 - 2021/4

N2 - High-order pulse modulations in free space optics (FSO) communication are of practical value, and non-Kolmogorov gamma–gamma (GG) channel model is the most suitable for FSO channel. However, research on a system combined with the above is rarely reported. In our work, we propose high-order (4*32 and 4*64) amplitude and pulse position modulation (APPM) and overlapping amplitude and pulse position modulation (AOPPM) FSO communication system under a modified non-Kolmogorov GG turbulent channel model. Simulation results present that AOPPM is obviously better than APPM in bit-error-rate (BER) performance, and BER performance grows with the increase of modulation order (number of pulse positions). The proposed schemes may provide a reference for system design and practical application.

AB - High-order pulse modulations in free space optics (FSO) communication are of practical value, and non-Kolmogorov gamma–gamma (GG) channel model is the most suitable for FSO channel. However, research on a system combined with the above is rarely reported. In our work, we propose high-order (4*32 and 4*64) amplitude and pulse position modulation (APPM) and overlapping amplitude and pulse position modulation (AOPPM) FSO communication system under a modified non-Kolmogorov GG turbulent channel model. Simulation results present that AOPPM is obviously better than APPM in bit-error-rate (BER) performance, and BER performance grows with the increase of modulation order (number of pulse positions). The proposed schemes may provide a reference for system design and practical application.

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Bit-error-rate performance of high-order APPM and AOPPM for non-Kolmogorov gamma–gamma channel FSO communications

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Keywords

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