
The problem of a mineral deposit division into geologic-technological types and sorts in situ according to the homogeneity degree of the whole complex of quality features is investigated. It is shown that combining the statistical dividing methods in case of linearly ordered sets of observations and a new procedure of aggregating the obtained homogeneous intervals it is possible to build an algorithm of geometrization of ore bodies in situ when a deposit can be presented as an unordered class of linearly ordered sets of m-dimensional multivariates.
Исследуется задача разделения полезного ископаемого на геолого-технологи-ческие типы и сорта в массиве по степени однородности всего комплекса показателей качества. Показано, что, комбинируя статистические методы разграничения линейно упорядоченных множеств наблюдений и новую процедуру агрегирования полученных однородных интервалов, можно построить алгоритм геометризации рудных тел в недрах для случая, когда месторождение представлено в виде неупорядоченного класса линейно упорядоченных множеств m-мерных случайных величин.
КОЛЧЕДАННО-ПОЛИМЕТАЛЛИЧЕСКИЕ РУДЫ, ОКОНТУРИВАНИЕ, ГЕОМЕТРИЗАЦИЯ РУДНЫХ ТЕЛ. SULPHIDE AND POLYMETALLIC ORES, GEOMETRIZATION OF THE ORE BODIES.
КОЛЧЕДАННО-ПОЛИМЕТАЛЛИЧЕСКИЕ РУДЫ, ОКОНТУРИВАНИЕ, ГЕОМЕТРИЗАЦИЯ РУДНЫХ ТЕЛ. SULPHIDE AND POLYMETALLIC ORES, GEOMETRIZATION OF THE ORE BODIES.
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