Geological information intelligent identification system and method based on image identification technology

Abstract

The invention provides a geological information intelligent acquisition system and method based on an image identification technology. The method includes acquiring an environment panoramic picture through an image acquisition module; extracting and identifying coordinate and contour information in the panoramic picture through a feature point positioning module, linking two-dimensional code and database information through a marking conversion module, identifying geological information in the panoramic picture through a texture identification module, after information obtained through the abovementioned modules is integrated and compared in the database, construction engineering data are extracted, and the construction material use condition is monitored. The geological information intelligent acquisition system and method based on the image identification technology has the advantages that through big data of geological and construction conditions extracted in environment, geological data are obtained, engineering construction quality is monitored, the risk level is assessed, expenditure of enterprise personnel is greatly saved, and authenticity and objectivity of the acquired data are guaranteed.

Description

technical field [0001] The invention relates to intelligent collection, in particular to an image-based intelligent collection system and method for geological information. Background technique [0002] At present, underground information collection is obtained through technicians going deep into the site. This data collection method is time-consuming and labor-intensive. Sometimes it is difficult to complete data collection under limited conditions, and the collected data may vary from person to person. There is a problem with the accuracy; under the same observation standard, the identification method and system that can objectively extract the massive real data of the target body is the goal pursued by digital geology. [0003] At this stage, the application of face recognition technology has greatly promoted the development of image recognition technology; the promotion and application of image recognition technology to the geological field has laid the foundation for th...

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Problems solved by technology

[0002] At present, underground information collection is obtained through technicians going deep into the site. This data collection method is time-consuming and labor-intensive. Sometimes it is difficult to complete data collection under limited conditions, and the collected data may vary from person to person. There is a problem with the accuracy; the identification method and system that can objectively extract massive real data of the target under the same observation standard is the goal pursued by digital geology

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