Average Intensity of SLVGB for Slant Path Propagation in Atmospheric Turbulent

Khamees, Hussein Thary

doi:10.1016/j.rio.2021.100159

Cited by 8 publications

(6 citation statements)

References 20 publications

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“…By setting a different value of M which represents the topological charge. But these values started from zero to other positive values, thus, the mode order associated with the source domain can be obtained, which is identical to the important first order, and the secondary order of VGB packages, which is also well established [9].…”

Section: Broadcasting a Gaussian Vortex Beam In An Atmospheric Stormsupporting

confidence: 62%

“…The wide spread of wireless communications and mobile devices has stimulated and expanded the investigation of self-regulation [8]. To understand the concepts of BER and fluorescence, we started by comparing beams as examples, (Super Lorentz-Gaussian, Flat-topped, cos-Gaussian, Annular, Cosh-Gaussian) with a pure Gaussian beam to improve the quality of the communication system [9]. The robust gleaming of the Super Lorentz Gaussian (SLG) beam is defined in this assignment.…”

Section: Introductionmentioning

confidence: 99%

“…The symbol error rate is used to aid the partial expansion of the fraction in reference [10], while the bit error rate is affected based on the scintillation index and calculated for weak perturbation conditions. In summary, this work was originally laid out and obtained in this paper in gradient pathway spread and this analysis characterizes application and agreement as in ref [5,[8][9].…”

Section: Introductionmentioning

confidence: 99%

“…average and for evaluation of VGB beam fluctuations in an oblique firing previously determined on the ITU-IR prototype as indicated by the height h embodied in[9,20].…”

mentioning

confidence: 99%

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Propagation of Vortex Gaussian Beam in Atmospheric Blustery and Evaluation of the BER for Laser gradient Launching

Khamees

Sameen

2022

Preprint

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In this paper, its enhancement of the Virtual digital message classifications, appreciation of its informal user interface design language, and outstanding information conception abilities. Unity of the most common reproduction responsibilities in digital communications is to assess the bit error rate (BER) of dial-up connection. The Formulation of the scintillation index obsessed on BER of Vortex Gaussian beam in a blustery atmosphere and originate by exploitation of the Huygens Fresnel Process to usage this structure and assess the normal bit error rate (BER), therefore it applies the ITU-R Method to find the Kolmogorov of structure constant parameter and Random Phase Screen Method. The scintillation index leaders of a multimode of Vortex Gaussian beam smooth, and used topological charge, by used zenith angle is started from zero to nighty degree. Furthermore, the typical signal-to-noise ratio (SNR) which is related to the scintillation index as against the BER is calculated via the log-normal method of the beam order. and it’s circulated in gradient path, which is presented for some parameters like it, source sizes, focal lengths and used unique wavelength, λ = 1.35μm. According to the one desired wavelength distribution is dealt with theoretically, the outcomes of BER Guesstimate were starting to the increased value of source size, the structure is better-quality and scintillation index, BER and the some of the factors are decreased the value of BER and enhanced the optical communication system.

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Section: Broadcasting a Gaussian Vortex Beam In An Atmospheric Stormsupporting

confidence: 62%

Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

“…average and for evaluation of VGB beam fluctuations in an oblique firing previously determined on the ITU-IR prototype as indicated by the height h embodied in[9,20].…”

mentioning

confidence: 99%

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Propagation of Vortex Gaussian Beam in Atmospheric Blustery and Evaluation of the BER for Laser gradient Launching

Khamees

Sameen

2022

Preprint

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“…To begin, a novel mathematical model for SLVGB beams has been developed [27]. The SLVGB's is depicted in (1) as indicated.…”

Section: Design the Source Beam For Slant Beam Propagation Of Slvgb A...mentioning

confidence: 99%

An evaluation of scintillation index in atmospheric turbulent for new super Lorentz vortex Gaussian beam

Khamees

Hussein²,

Abdulkhaleq³

2023

TELKOMNIKA

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Super Lorentz vortex Gaussian beam (SLVGB) is propagated via the turbulent atmosphere parameters. The benefit key of the SLVGB wave model is that the unlimited bandwidth wave and a spherical wave are involved. Additionally, Huygens Fresnel integral was used for schoolwork to study the propagation of SLVGB in a slant direction via a moderate turbulent medium. On the other hand, applying the crude international telecommunication union (ITU-R) model possible. Moreover, the Kolmogorov turbulent power spectrum model is applied, and the source field is dispersed by the zenith angle to the receiver plane. Additionally, examine the contour of the source field and the SLVGB intensity. To investigate various parameters such as source size, mode, scintillation index, topological charge, and others that are associated with the beam of super Lorentz vortex Gaussian are entirely understood, the outcomes were examined, and obtained other references to build the beam of slant path propagation in turbulent; the form constants are especially in comparison and matching. Our graphical findings indicate that the parameters happened randomly in the scintillation index and intensity of the SLVGB, resulting in a novel beam technical configuration. To summarize, this article is advantageous for remote sensing and uses an optical communications system and laser applications.

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Spectral changes of radial array beams in inhomogeneous atmospheric turbulence

Pan,

Pan

2023

Opt Quant Electron

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Average Intensity of SLVGB for Slant Path Propagation in Atmospheric Turbulent

Cited by 8 publications

References 20 publications

Propagation of Vortex Gaussian Beam in Atmospheric Blustery and Evaluation of the BER for Laser gradient Launching

Propagation of Vortex Gaussian Beam in Atmospheric Blustery and Evaluation of the BER for Laser gradient Launching

An evaluation of scintillation index in atmospheric turbulent for new super Lorentz vortex Gaussian beam

Spectral changes of radial array beams in inhomogeneous atmospheric turbulence

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