Reconstruction Method of EHV Typical AR Operation and Maintenance Scene under Background Partition Enhancement
The fusion degree of operation and maintenance scene is very high,which increases the redundancy among sub graphs.In order to improve the clarity and saturation of operation and maintenance scene,a reconstruction method of extra-high voltage typical AR operation and maintenance scenarios under the background partition enhancement is proposed.A scene bounding box is introduced,the cost function of scene space division is built,and the list of operation and maintenance scene bounding boxes is generated.The AR operation and maintenance scene space is divided by calculating the division plane selec-tion factors.The background of AR operation and maintenance scene is enhanced by VR rendering method.The background partition enhancement is combined with fuzzy membership relaxation iteration,and the visual positioning detection method is used to fuse the AR operation and maintenance scene.The three-dimensional reconstruction of the operation and maintenance scene is carried out to enhance the AR operation and maintenance scene.According to the spatial distribution structure of the reconstruction of the operation and maintenance scene,the reconstruction of extra-high voltage typical AR operation and main-tenance scene is completed.The experimental results show that the roaming frame rate of AR operation and maintenance scene is between 40 to 50 frames/s,and it has better reconstruction effect in terms of clarity,saturation and brightness.It provides new ideas for improving the visualization performance and human-computer interaction ability of AR operation and maintenance scene reconstruction.
background partition enhancementoperation and maintenance scenespatial segmentationextra-high voltagecost function
万方数据
维普
