Research on Intelligent Reading Space Based on Computational Vision

Abstract

In order to improve the dynamic allocation effect of intelligent reading space, a design method of intelligent reading space dynamic allocation system-based on visual cognition is proposed. Construct a visual cognitive model of dynamic allocation of intelligent reading space. The auxiliary visual image sampling model of intelligent reading space dynamic allocation graph is constructed, and the characteristic parameters and picture element parameters of intelligent reading space dynamic allocation graph are extracted. Combined with the three-dimensional distribution characteristic quantity of intelligent reading space dynamic allocation graph, the intelligent reading space dynamic allocation visual allocation model is established. The method of RGB color feature decomposition is adopted to realize the dynamic adjustment of intelligent reading space. The software development and design of intelligent reading space dynamic allocation system are carried out by the methods of visual information parameter fusion and three-dimensional visual reconstruction. The dynamic allocation system of intelligent reading space is designed in Mapinfo software development platform, and the visual simulation development of the dynamic allocation system of intelligent reading space is designed in Matlab simulation program. The simulation results show that the designed intelligent reading space has good dynamic allocation performance and strong computer vision expression ability.