Air tightness detection water body shaking sensing method and system based on artificial intelligence

The invention relates to the technical field of artificial intelligence, in particular to an air tightness detection water body shaking sensing method and system based on artificial intelligence. Themethod comprises the following steps: dividing an acquired detection environment image into a first region image and a second region image through image preprocessing; detecting the adhered bubbles inthe second region image through a neural network, and comparing the areas of the adhered bubbles in the front and rear frames of images to obtain the area variation of the adhered bubbles; processingand analyzing the first region image in combination with the area variation of the adhesion bubbles and the initial threshold of the area variation of the adhesion bubbles to obtain the dispersion ofthe bubbles; and when the dispersion of the bubbles is greater than 0, obtaining the stabilization time of the water body through the time prediction model. The shaking degree of the water body in the detection tank is predicte