Real-time groundwater level dynamic monitoring system based on multiple sensors

The invention relates to a real-time groundwater level dynamic monitoring system based on multiple sensors, and relates to the technical field of water level monitoring. The method comprises the following steps: respectively carrying out sequence coding on an acquired time sequence of rainfall and an acquired time sequence of underground water level to obtain a rainfall time sequence correlation implicit representation vector and an underground water level time sequence correlation implicit representation vector; then inputting the rainfall capacity and the underground water level into a nonlinear coupling interaction module to obtain a rainfall capacity-underground water level time sequence correlation coupling interaction representation vector; groundwater level reasoning based on the Bayesian probability network is carried out on the rainfall time sequence correlation implicit representation vector, the groundwater level time sequence correlation implicit representation vector and the rainfall-groundwater