Wave processes in elastic-acoustic problems are simulated with the help of grid-characteristic method, in particular, for the offshore seismic prospecting. We consider systems of water-soil-hydrocarbon-bearing layer and ice-water-soil-hydrocarbon-bearing layer
Processes of development of instability of Rayleigh-Taylor in the equatorial region of the ionosphere from accidentally given small perturbations of lower part of F-layer of the ionosphere
An application of dimension reduction methods in the analysis of the phenomena of socio-economic systems by analyzing the choice of direction of development of socio-economic development is considered. In particular it is shown that the use of algorithms dimension reduction methods the probability of error when estimating posterior probabilities of belonging to the class of homogeneous objects, obtained in the result of solving the problem of discriminant analysis
A determinate population model of AIDS-spreading that accounts of sex and age is proposed and the dynamics of AIDS-spreading in Kaliningrad region based on this model is considered.
Numerical solutions of seismic prospecting problems in the Arctic is presented. Results of numerical modeling of the explosive impact on the iceberg and earthquake impact on the oil storage are considered as well. The complete system of equations describing the state elastic body and a system of equations describing the acoustic field are solved using grid-characteristic method, the contact condition between the liquid and the solid is used on the border
A mathematical model, which determines composition and structure of human feelings was created. It was shown that each feeling can be shown in the shape of a wreath from sequentially arising emotions. The mathematical model for feeling hope was built and analyzed.
This paper describes how multi-scale hemodynamics models can be integrated based on barrier synchronization and Berkeley DB as data exchange mechanism.