Evaluation Method for Dynamic Effect of Camouflage Based on Battlefield Environment Twinning
The existing evaluation methods for camouflage effectare mainly based on static single target images,which cannot truly respond to the dynamic multi-view characteristics in military reconnaissance,and the corresponding evaluated results are lack of comprehensiveness.A new evaluationmethod fordynamic effect of camouflage based on battlefield environment twinning is proposed.In the new method,a digital twin model of 3D battlefield environment is established,the dynamic multi-view effect map of camouflage targets in the battlefield environment is acquired with the help of 3D simulation and computing technology,the camouflage motion targets in the scene are identified and analyzedby using semantic segmentation and target tracking model,and a new camouflage evaluation index system and a multi-attribute comprehensive evaluation model with multiple reconnaissance views are constructed,finally realizing the dynamic multi-view effect evaluation of different camouflage schemes.The experiments were conducted with simulated military truck model as the experimental object,Unity 3D was used to model the real battlefield environment,and two contrasting camouflage design schemes were evaluated and analyzed.The experimental results show the reasonableness and practicality of the new method.
万方数据
维普
