2020
DOI: 10.1016/j.eswa.2020.113589
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Probabilistic optimization algorithms for real-coded problems and its application in Latin hypercube problem

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Cited by 4 publications
(2 citation statements)
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“…The central pressure difference ∆ p 0 and t the radius to maximum winds r m can be fitted by lognormal distribution, and the translation velocity c , moving direction θ and the minimum of closest distance d min can be fitted by normal distribution. Based on theory of Latin hypercube sampling method, each curve of probability function corresponding with typhoon key parameters are divided into n equaling intervals ( n is the typhoon simulation numbers) and n random values for n equaling intervals can be generated 14 . Then, the vector for the simulated independent parameter can be generated with inverse transformation of all probability functions for historical independent parameters.…”
Section: Improve Typhoon Simulation Methodsmentioning
confidence: 99%
“…The central pressure difference ∆ p 0 and t the radius to maximum winds r m can be fitted by lognormal distribution, and the translation velocity c , moving direction θ and the minimum of closest distance d min can be fitted by normal distribution. Based on theory of Latin hypercube sampling method, each curve of probability function corresponding with typhoon key parameters are divided into n equaling intervals ( n is the typhoon simulation numbers) and n random values for n equaling intervals can be generated 14 . Then, the vector for the simulated independent parameter can be generated with inverse transformation of all probability functions for historical independent parameters.…”
Section: Improve Typhoon Simulation Methodsmentioning
confidence: 99%
“…A lógica computacional, especificamente o uso de Lógicas de Descrição (LDs) e algoritmos de raciocínio, pode ajudar a modelar domínios do mundo real e lidar com não determinismo e informações incertas (Najaran & Tootounchi, 2020).…”
Section: 3unclassified