Peremetchik A. Development of mountain-geometrical method of prognostication of high-quality indexes of iron-ore deposits.

Dissertation is devoted to development of methodical bases of multidimensional heuristic algorithm of prognostication of high-quality indexes of iron-ore deposits. Conducted analysis and generalization of existent methods of prognostication. It is set that the prognoses of mine-geometrical graphs are built with the use of quantitative geological methods of prognostication. For the terms of iron-ore deposits the methods of heuristic self-organization are adequate. The method of estimation of initial geological-reconnaissance information accepts the method of kryging. For mathematical description of system dependences of equalizations of the multidimensional casual geochemical field practical realization of which is possible only at creation of effective multidimensional algorithms of prognostication is adopted. The development of mining-geometrical method of prognostication of high-quality indexes of iron-ore deposits is based on the mathematical model of the multidimensional casual geochemical field, that it is realized in the method of multidimensional heuristic algorithm of prognostication. The relative error of value prognosis of maintenance of magnetite iron in the undermined mass for the necessities of the perspective planning does not exceed 6,8 %.