Application method of artificial intelligence method in ecological geological environment bearing capacity evaluation

Abstract

The invention relates to an application method of an artificial intelligence method in ecological geological environment bearing capacity evaluation. The method comprises the following steps: 1) acquiring resource supply side information; 2) removing impurities from the resource supply side information; 3) analyzing environmental accommodation information; 4) inputting social influence data; 5) analyzing social influence data; 6) environmental bearer analysis. According to the method, data acquisition in ecological geological environment bearing capacity evaluation is converted into cooperative operation of the unmanned aerial vehicle, the crawler-type unmanned vehicle and the satellite from original complex manual operation; an unmanned aerial vehicle, a crawler-type unmanned vehicle anda satellite jointly form a positioning type information acquisition, analysis, comparison and input system. The geological environment bearing capacity data can be collected, analyzed and screened very conveniently, so that complex manual operation is avoided, data loss caused by manual errors is eradicated, intelligent analysis and processing are achieved, and the analysis and processing efficiency of the geological environment bearing capacity is greatly improved.

Description

technical field [0001] The invention belongs to the technical field of urban ecological construction, and specifically relates to an application method of an artificial intelligence method in the evaluation of ecological geological environment carrying capacity. Background technique [0002] Henan Province is located in the hinterland of the Central Plains, with complex geological structures, severe natural geological processes, and strong human engineering and economic activities, especially in the mountainous areas of western Henan and southern Henan. The Southern Henan Mountains are located in the south of Henan Province, mainly including Nanyang, Zhumadian, Xinyang and parts of Pingdingshan. High mountains and deep valleys, lush vegetation, changeable meteorological factors, complex stratum lithology, development of neotectonic movements, and dense rivers in this area have resulted in a fragile ecological and geological environment in this area, and frequent natural geol...

AI Technical Summary

Problems solved by technology

For the evaluation of the carrying capacity of the ecological geological environment in the mountainous area of ​​southern Henan, in the previous evaluation process, an evaluation team was set up with special personnel, and a lot of manpower and material resources were invested in collecting and summarizing the geological environment to be evaluated for a long time. This is a rather cumbersome task. process, and if data is confused or lost due to personnel errors during the evaluation process, it will affect a series of existing processes and subsequent processes, which will undoubtedly have a fatal impact on the entire evaluation process