Systematization of climate data in the virtual research environment on the basis of ontology approachBart, Andrey A.,
Fazliev, A. Z.,
Gordov, E. P.,
Okladnikov, I. G.,
Privezentsev, A. I.,
Titov, A. G.,
Alipova, K. A. The first version of
a primitive OWL-ontology of collections climate and meteorological data
Using weather prediction data for simulation of mesoscale atmospheric processes observations. From the data and the model equations for
a homogeneous atmospheric boundary layer
The assessment of the atmospheric air quality in Tomsk with the use of a mesoscale photochemical model situation in clear weather with
a weak wind on the level of atmospheric surface air pollution in the city
Using WRF mesoscale model to restore temperature profile in atmosphere boundary layer in TomskAkhmetshina, A. S.,
Kuzhevskaya, Irina V.,
Bart, Andrey A.,
Zuev, Vladimir V.,
Shelekhov, Alexander P.,
Kizhner, Lubov I. In the paper, the possible use of
a WRF mesoscale model for the detailed restoring of
a temperature
Use of computer vision in assessment of air quality in city transportation systemAn approach to the formation of
a description of the city's transport system is considered in order
Virtual research environment for regional climatic processes analysis: ontological approach to spatial data systematizationFazliev, Alexander Z.,
Gordov, Evgeny P.,
Okladnikov, Igor G.,
Privezentsev, Alexey I.,
Titov, Alexander G.,
Bart, Andrey A. This paper describes
a Virtual Research Environment (VRE) based on
a web GIS platform ‘Climate