Existing projector-camera calibration methods typically warp keypoints from a camera image
to a projector image using estimated homographies and often suffer from errors in camera …

The existing methods for measuring the shape of the human body in motion are limited in
their practical application owing to immaturity, complexity, and/or high price. Therefore, we …

Recently 3D scanning systems are capable of modeling entire dense shapes that evolve
over time with a single scan (aka one-shot scan). In particular, structured-light-based …

3D scanning of moving objects has many applications, for example, marker-less motion
capture, analysis on fluid dynamics, object explosion and so on. One of the approach to …

Shape reconstruction techniques using structured light have been widely researched and
developed due to their robustness, high precision, and density. Because the techniques are …

For effective endoscopic diagnosis and treatment, size measurement and shape
characterization of lesions, such as tumors, is important. For this purpose, 3D endoscopic …

In this paper, we propose a method to reconstruct the shapes of moving objects. The
proposed method is a projector-camera system that reconstructs a shape from a single …

We present a mathematical framework for analysis and design of high performance
structured light (SL) coding schemes. Using this framework, we design Hamiltonian SL …

Dense 3D reconstruction of fast moving objects could contribute to various applications such
as body structure analysis, accident avoidance, and so on. In this paper, we propose a …

Decoding is a challenging and complex problem in a coded structured light system. In this
paper, a robust pattern decoding method is proposed for the shape-coded structured light in …