In recent years, projection mapping has been widely applied to image production, and methods for dynamic projection mapping on moving objects have been actively researched. Although image projection onto moving objects requires position and posture estimation and high-precision projection technology, it is highly valued because it can provide viewers with great surprise and impression. In this paper, we introduce two research results: one is tangible projection mapping, in which the projected object can be grasped and manipulated by hand, and the other is dynamic radiometric compensation, which makes it possible to project images onto a swinging curtain with textures.
View full abstract