Design and Implementation of Digital Twin Simulation System for High Dam Hub Scenery
In response to current challenges such as variable water flow characteristics during the operation period of flood discharge and energy dissipation buildings,complex geographical environments,scattered water conservancy information,and low information processing efficiency,taking the high dam hub water cushion pond as a typical scenario,we propose a digital twin simulation system design and implementation method for this scenario.This method uses virtual drone inspection equipped with virtual cameras as an auxiliary means to establish corresponding mapping relationships and interactions in the virtual space from multiple dimensions of modeling-data-interaction-simulation-equipment twins,providing decision-making basis for the safe operation of the high dam hub.We explain the application of digital twin technology in high dam hub construction.In order to reduce the response time of the digital twin model,we propose to use the quadratic metric error edge folding algorithm(QEM)to solve the complex problems of the grid model under the digital twin simulation system.And the completeness of its architectural prototype design was verified through experimental results.Provide decision-making reference for the next step of intelligent applications such as image processing.
high dam hubdigital twinscene modelingsimplification of modelsdata exchangevirtual simulation
万方数据
维普
