SIMULATION INVIRONMENT FOR PERCOLATING PROBLEMS

E. N. Golovchenko, D. . Petrov


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Abstract

Task preparation and launching on modern multiuser systems have a number of peculiar properties. Execution of cluster experiments is connected with necessity of multiple authorization, state control of files distributed among network resources, synchronization of stages of the sequences of commands execution and other difficulties. A simulation environment was created for simplification of the process of interaction with cluster systems. Using this environment water flooding of oilfield was carried out. Oilfield was approximated with percolating meshes with 106 – 1010 vertices. Steady and nonsteady states of influence on oilfield were explored. Diagrams of oil distribution, water, pressure and vacancy over the field were obtained.


Keywords: Mathematical simulation, parallel programming, percolation theory
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