Author(s): Silviu Ioan Bejinariu | Cristina Diana Nita | Horia Nicolai Teodorescu
Journal: Memoirs of the Scientific Sections of the Romanian Academy
ISSN 1224-1407
Volume: XXXVI;
Start page: 111;
Date: 2013;
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Keywords: Atmospheric attenuation | Infra-red | Visibility | Fuzzy system interpolator | Polynomial interpolator
ABSTRACT
We propose a fuzzy logic-based wavelength-dependent model of IR attenuation in fog to unify the double-exponential family of models proposed by Nadeem et al. into a single model that can be uniformly applied to determine attenuation for various wavelengths and visibility conditions. The fuzzy logic model is compared with a model based on a polynomial interpolator.
Journal: Memoirs of the Scientific Sections of the Romanian Academy
ISSN 1224-1407
Volume: XXXVI;
Start page: 111;
Date: 2013;
VIEW PDF
DOWNLOAD PDF Original pageKeywords: Atmospheric attenuation | Infra-red | Visibility | Fuzzy system interpolator | Polynomial interpolator
ABSTRACT
We propose a fuzzy logic-based wavelength-dependent model of IR attenuation in fog to unify the double-exponential family of models proposed by Nadeem et al. into a single model that can be uniformly applied to determine attenuation for various wavelengths and visibility conditions. The fuzzy logic model is compared with a model based on a polynomial interpolator.
