Mineralizing case reasoning model and method

Abstract

The invention relates to a novel intelligent region mineralizing prediction method, namely a mineralizing case reasoning model and method and belongs to the field of resource information processing. In the invention, multi-source massive geology space data (such as basic geological data, geophysical data, geochemical data, remote sensing data and the like) are fully utilized, and the traditional mineral prediction idea is broken through, so that a rapid, high-efficiency and intelligent mineral prediction method is established so as to rapidly and efficiently predict regional mineral resource potential with high accuracy. The method comprises the following three main steps: mineralizing case expression, mineralizing case database construction and mineralizing case searching. By using the method, the regional mineral resource potential can be subjected to quantitative forecasting and evaluation more efficiently and objectively, thereby reducing the mineral exploration cost and further improving the efficiency and accuracy of mineral prediction.

Description

technical field [0001] The invention relates to a new intelligent regional mineralization prediction method, which belongs to the technical field of resource information. Background technique [0002] How to make full use of the existing massive geological space data, carry out information extraction and information synthesis, break through the traditional mineral forecasting ideas, and establish a fast, efficient and intelligent mineral forecasting method, thereby reducing the cost of mineral exploration and further improving the efficiency and efficiency of mineral forecasting Accuracy, appears to have great scientific significance and application value. At present, the nationwide geological, geophysical, geochemical and remote sensing prospecting data are increasingly abundant, providing massive basic data for mineral prediction. At the same time, the ore-forming geological conditions and spatial distribution of the same type of ore deposits have strong similarities. The...

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Problems solved by technology

[0003] The purpose of the present invention is to propose a fast, efficient and intelligent method for making full use of massive multi-source geological space data in view of the problems that existing regional mineralization prediction methods fail to efficiently utilize existing multi-source massive geological space data and lack intelligent reasoning functions. A new method of regional metallogenic prediction, including: expression of metallogenic cases, construction of metallogenic case library and retrieval of metallogenic cases ( figure 1 )

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