Research on the Deployment Strategy of a Ring Sparse Array Camera Applied to Real-Time Scene Fusion of Digital Twins

A deployment strategy for a ring sparse array camera applied to digital twin real-time scene fusion is proposed to address the challenges of virtual and physical data synchronization and consistency in power grid equipment. Faced with the current situation of numerous components, diverse shapes, and complex occlusion relationships in power grid equipment, the optimization goal is to use the minimum number of cameras to cover the target area and synthesize any freely viewed synthetic image. The strategy described in this paper can improve the accuracy, fidelity and real-time of image acquisition while reducing the number of cameras to control the cost of image acquisition, thus breaking through the key difficulties of real-time replication and fusion of the main transmission and transformation equipment scene, promoting the mutual supplement of spatial data and live data, and strengthening the real-time perception and response capability of the physical state, Breaking the current low-level visualization application status of the digital twin “3D modeling, data hooking, and 3D display” in the power grid.