Construction for true three-dimensional imaging display system and analysis based on state-space model

This paper presents a projection based on the true three-dimensional imaging display system. The system employs self-made high-speed rotating screen projector in the projection point as a unit consisting of voxel point light field. We discussed of true three-dimensional image display system imaging space construction, and also proposed a light emitting structure of the new method of volume pixels, and then analyzed feasibility of characterization and computational employing local state-space model - Givone-Roessor model for voxel variables. The mechanical structure is simple, lightweight, low cost, low power; the field angle is larger except the zenith point, which can be displayed in the whole above x-y plane; and luminous voxels constructor intuitive, it is easy to implement by micro controller due to the intuitive voxel method and the small amount of calculation of GR model.