Hartley-Domain DD-FTN Algorithm for ACO-SCFDM in Optical-Wireless Communications

In this paper, we propose a Hartley-domain direct-detection faster-than-Nyquist (HD-DD-FTN) algorithm for asymmetrically clipped optical single-carrier frequency-division multiplexing (ACO-SCFDM) in optical-wireless communications (OWC). The HD-DD-FTN algorithm includes modified Hartley-domain equal...

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Published inIEEE photonics journal Vol. 11; no. 4; pp. 1 - 9
Main Authors Shan, Chun, Zhou, Ji, Guo, Dong, Wang, Haide, Liu, Long, Wang, Qi, Liu, Weiping, Yu, Changyuan
Format Journal Article
LanguageEnglish
Published Piscataway IEEE 01.08.2019
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subjects
ACO-SCFDM system
Algorithms
Bandwidth
Bandwidths
Bit error rate
Carrier frequencies
Computer simulation
Distortion
Equalization
free-space communications
Frequency division multiplexing
HD-DD-FTN algorithm
OFDM
Optical distortion
Optical noise
Optical sensors
Optical transmitters
optical-wireless communications
Wireless communications
Online AccessGet full text
ISSN1943-0655
1943-0647
1943-0647
DOI10.1109/JPHOT.2019.2925007

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Abstract In this paper, we propose a Hartley-domain direct-detection faster-than-Nyquist (HD-DD-FTN) algorithm for asymmetrically clipped optical single-carrier frequency-division multiplexing (ACO-SCFDM) in optical-wireless communications (OWC). The HD-DD-FTN algorithm includes modified Hartley-domain equalization (HDE) and maximum likelihood sequence detection, which can simultaneously compensate serious high-frequency distortion and eliminate enhanced in-band noise for the bandwidth-limited OWC. Modified HDE can be implemented by real-valued operations, which is appropriate for dealing with real-valued signals. The simulation results show that ACO-SCFDM system using the HD-DD-FTN algorithm is more robust to inter-symbol interference than that using conventional HDE algorithm. Therefore, the bit error rate performance of the ACO-SCFDM system using HD-DD-FTN algorithm is better than that using the conventional HDE algorithm. In conclusion, the ACO-SCFDM system using the HD-DD-FTN algorithm shows great potential for bandwidth-limited OWC.
AbstractList In this paper, we propose a Hartley-domain direct-detection faster-than-Nyquist (HD-DD-FTN) algorithm for asymmetrically clipped optical single-carrier frequency-division multiplexing (ACO-SCFDM) in optical-wireless communications (OWC). The HD-DD-FTN algorithm includes modified Hartley-domain equalization (HDE) and maximum likelihood sequence detection, which can simultaneously compensate serious high-frequency distortion and eliminate enhanced in-band noise for the bandwidth-limited OWC. Modified HDE can be implemented by real-valued operations, which is appropriate for dealing with real-valued signals. The simulation results show that ACO-SCFDM system using the HD-DD-FTN algorithm is more robust to inter-symbol interference than that using conventional HDE algorithm. Therefore, the bit error rate performance of the ACO-SCFDM system using HD-DD-FTN algorithm is better than that using the conventional HDE algorithm. In conclusion, the ACO-SCFDM system using the HD-DD-FTN algorithm shows great potential for bandwidth-limited OWC.
Author Ji Zhou
Weiping Liu
Changyuan Yu
Dong Guo
Haide Wang
Long Liu
Qi Wang
Chun Shan
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SubjectTerms ACO-SCFDM system
Algorithms
Bandwidth
Bandwidths
Bit error rate
Carrier frequencies
Computer simulation
Distortion
Equalization
free-space communications
Frequency division multiplexing
HD-DD-FTN algorithm
OFDM
Optical distortion
Optical noise
Optical sensors
Optical transmitters
optical-wireless communications
Wireless communications
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Title Hartley-Domain DD-FTN Algorithm for ACO-SCFDM in Optical-Wireless Communications
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