Free space optics communication system design using iterative optimization

Lema, Gebrehiwet Gebrekrstos

doi:10.1515/joc-2020-0007

Cited by 31 publications

(10 citation statements)

References 29 publications

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“…In terms of visible distance, Eye diagram, BER, and quality factor, the suggested wireless optical communication performance has been compared to the literature under various weather situations. The simulation results revealed that the suggested effort achieved better performance [52].…”

Section: Journal Of Robotics and Control (Jrc)mentioning

confidence: 92%

A Free Space Optic/Optical Wireless Communication: A Survey

Mahdi

Essa

2022

Journal of Robotics and Control

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The exponential demand for the next generation of services over free space optic and wireless optic communication is a necessity to approve new guidelines in this range. In this review article, we bring together an earlier study associated with these schemes to help us implement a multiple input/multiple output flexible platform for the next generation in an efficient manner. OWC/FSO is a complement clarification to radiofrequency technologies. Notably, they are providing various gains such as unrestricted authorizing, varied volume, essential safekeeping, and immunity to interference.

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Section: Journal Of Robotics and Control (Jrc)mentioning

confidence: 92%

A Free Space Optic/Optical Wireless Communication: A Survey

Mahdi

Essa

2022

Journal of Robotics and Control

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“…The researcher have proposed the use of RF/VLC and FSOC network to overcome the challenges encountered in RF systems for online social services in [32]. The advantages of FSOL characteristics in atmospheric conditions have improve the iteration optimization which minimizes the BER for better performance [33]. The OptiSystem can be deployed to simulate different applications in the field of telecommunication and beyond.…”

Section: Theoretical Backgroundmentioning

confidence: 99%

Free-space optical link optimization in visible light communication system

Ngene

Thakur

Singh

2022

Journal of Optical Communications

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Free space optical communication is a potential technology that exploits the visible light frequency band for communication. In this paper, a free-space optical link (FSOL) optimization in visible light communication (VLC) is used to improve the channel performance for signal strength and analyze the effect of signal failures in a communication system. The data transmission and reception phenomenon are established using a light-emitting diode (LED) as a carrier at transmitter and photodiode as a detector at the receiver, respectively. The OptiSystem tool uses to optimize the component parameters of this proposed communication system. The bit error rate (BER) analyzer displays the signals as an eye diagram with the challenges of components uncertainty for better signal performance. The optimized components solve the problem encountered transmitting improve and enhance the signals strength. The acceptable eye diagram displayed from the BER analyzer has been resolved as a result of component optimizations by adding and removing noise to ascertain the behavior of the channel. A better signal retrieve by the display of the acceptable eye diagram from the OptiSystem software used. The FSOL components optimization improve the loss of data, weak signal, loss of power, signal failure, and signal errors which guarantee multi-mobile users with the shared signal. OptiSystem software package used to fully characterize the FSOL system.

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“…The FSO atmospheric parameters are illustrated in Table 3. The whole system design parameters of free space optical system have been adjusted according to recent published papers [6,23] which are always based on recommendation ITU-T G.640.…”

Section: Practical System Design and Analysismentioning

confidence: 99%

Improvement of the Performance of Free Space Optics Channel Based on Optimized Systems Parameters

Haider¹,

AL-Bairmani²,

Ismael³

2021

PIER M

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With the technology of free space optical communication, information can be transmitted from the transmitter to receiver wirelessly without the necessity of fiber optic cables. This technology offers system security, extended bandwidth, high data rate, and simple installation. This work aims to improve the optical channel based on the optimization of different optical amplifiers and filters. Performance analysis is carried out using a rectangular optical filter (ROF) and two electrical amplifiers named automatic gain control (AGC) and transimpedance amplifier (TIA). The results are presented in terms of maximum quality factor as a function of link range. The proposed systems (represented by ROF and AGC) brought better performance than traditional one (represented by TIA) via the same link range and data rates used. The findings displayed the progress of the AGC which has better quality factor than TIA and ROF. For instance at 5 m length, the AGC achieves a maximum Q-factor of 12.29, while the ROF and ATI reveal a Q-factor in the range of 9.8 and 7.01, respectively.

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Free space optics communication system design using iterative optimization

Cited by 31 publications

References 29 publications

A Free Space Optic/Optical Wireless Communication: A Survey

A Free Space Optic/Optical Wireless Communication: A Survey

Free-space optical link optimization in visible light communication system

Improvement of the Performance of Free Space Optics Channel Based on Optimized Systems Parameters

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