Thermal comfort estimation in relation to different orientation in mountainous regions in Greece by using artificial neural networks
by
Chronopoulos K.I., Kamoutsis A.P. and Matsoukis A.S.
Artificial neural networks predictive models. A case study: carbon and bromine concentrations prediction based on chlorination time
by
Farmaki E.G., Samios S.A., Thomaidis N.S., Golfinopoulos S., Efstathiou C.E. and Lekkas T.D.
Performance evaluation of artificial neural networks in estimating reference evapotranspiration with minimal meteorological data
by
Diamantopoulou M. Georgiou P.E. and Papamichail D.M.
Estimation of microclimatic data in remote mountainous areas using an artificial neural network model-based approach
by
Chronopoulos K.I.,. Tsiros I.X, Alvertos N. And. Dimopoulos I.F
A comparative study of human thermal comfort conditions in two mountainous regions in Greece during summer
by
Kamoutsis A., Matsoukis A., Chronopoulos K. and Manoli E.
Neural networks approached for modelling river suspended sediment concentration due to tropical storms
by
Wang Y-M., Kerh T. and Traore S.
Assessment and prediction of benzene concentrations in a street canyon using a variety of models, in the means of environmental management purposes
by
Kassomenos P.A., Karakitsios S.P. and Pilidis G.A.
Application of artificial neural networks for flood forecasting.
by
Lekkas D. F., Onof C., Lees M. J. and Baltas E.A.
Neural Networks for Environmental Problems: Data Quality Control and Air Pollution Nowcasting
by
Benvenuto F. and Marani A.