This paper proposes a practical method of microscale 3D shape capturing by a
teleidoscopic imaging system. The main challenge in microscale 3D shape reconstruction is …

Full-dimensional (8-D) BSSRDF completely expresses the various light interactions on
object surface such as reflection and subsurface scattering. However, it is difficult to sample …

We propose a new imaging method that achieves an ultra-shallow depth of field (DoF) to
clearly visualize a particular depth in a 3-D scene. The key optical device consists of a pair …

Ryo Kawahara Abstract 3D shape acquisition is an important issue of Computer Vision
research. As a visual system, Catadioptric Vision System utilizes lens refraction and mirror …

The appearance of an object depends on its photometric properties: the reflectance,
illumination, and observation. Of the three factors that control appearance, reflectance is the …

Accurate shape measurement has a long history in computer vision yet still remains a
challenging task. In particular, a translucent object is one of the most difficult targets because …

The acquisition of object shapes has various industrial applications, such as the visual
inspection of industrial products, reverse engineering of free-form products, and modeling of …

Abstract Shallow DoF (Depth-of-Field) imaging highlights a target in a photograph by de-
focusing undesired objects that exist outside a certain depth range. It can be used for …

論文抄録 ディジタルカメラは日々進化を続けているが, 撮影の原理自体はフィルムカメラと大きくは
変わっていない. 一方, カメラによる撮影の過程に演算を導入することで, カメラの光学的な性能限界 …

古来より, 人間は見えないものをなんとかして見ようとさまざまな工夫を凝らしてきた.
見えない理由はさまざまで, 例えば, 小さすぎて見えない, 遠すぎて見えない, あるいは何かに遮られ …