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Title: Modeling of Lightning Flashes in Thunderstorm Front by Constructive Production of Fractal Time Series
Authors: Shynkarenko, Viktor I.
Lytvynenko, Kostiantyn
Chyhir, Robert
Nikitina, Iryna
Keywords: L-system
constrictive-synthesizing modeling
lightning activity
lightning flash
thunderstorm front
time series
Issue Date: 2020
Publisher: Springer, Cham
Citation: Shynkarenko V., Lytvynenko K., Chyhir R., Nikitina I. Modeling of Lightning Flashes in Thunderstorm Front by Constructive Production of Fractal Time Series. Advances in Intelligent Systems and Computing IV: Selected Papers from the International Conference on Computer Science and Information Technologies, CSIT 2019, Lviv, September 17-20, 2019. Lviv. 2019. Vol. 1080. P. 173–185. DOI: Full text is absence.
Abstract: EN: Using the tools of structural-synthesizing modeling, a set of constructors was developed. Implementing parametric multi-character constructors allows to form fractal sequences of characters. Constructor-converter from the character string to time series creates fractal time series, which determine the location, magnitude and decay rate of lightning discharges. Model video images of lightnings in the thunderstorm front are formed in accordance with the implementation of the constructor-assembler. All constructors are developed on the basis of the generalized constructor that was previously presented and repeatedly tested. The model adequacy of the model is confirmed by comparing the video image of the model with the image, what was obtained by NASA satellite. This approach can be the basis for solving the dynamic problems on lightning protection of engineering constructions and civil objects, and development of strategy of aircraft behavior in order to mitigate the risks of lightning strokes in the conditions of movement in the thunderstorm front.
Description: V. Shynkarenko: ORCID 0000-0001-8738-7225; K. Lytvynenko: ORCID 0000-0003-3674-4194
Other Identifiers: DOI:
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