Projection Mapping, also known as Spatial Augmented Reality(SAR) has attracted much attention
recently and used for many division, which can augment physical objects with projected various virtual
replications. However, conventional approaches towards projection mapping have faced some limitations.
Target objects’ geometric transformation property does not considered, and movements of flexible
objects-like paper are hard to handle, such as folding and bending as natural interaction. Also, precise
registration and tracking has been a cumbersome process in the past. While there have been many
Projection Mapping, also known as Spatial Augmented Reality(SAR) has attracted much attention
recently and used for many division, which can augment physical objects with projected various virtual
replications. However, conventional approaches towards projection mapping have faced some limitations.
Target objects’ geometric transformation property does not considered, and movements of flexible
objects-like paper are hard to handle, such as folding and bending as natural interaction. Also, precise
registration and tracking has been a cumbersome process in the past. While there have been many