This paper presents a low-cost 3D motion capture system using a single camera and
passive optical markers. 3D motion capture systems usually demand multiple cameras …

In order to optimize the three‐dimensional (3D) reconstruction and obtain more precise
actual distances of the object, a 3D reconstruction system combining binocular and depth …

This paper reviews high-speed optical 3D sensing technologies for obtaining the 3D shape
of a target using a camera. The focusing speed is from 100 to 1000 fps, exceeding normal …

Jointly using the data of visual and inertial sensors to achieve higher accuracy and
robustness is a problem of high computational complexity. In this work, this paper presents a …

Although 2-D visual human motion analyzers that work with a sequence of images have
been widely studied, some consumer electronics equipment, such as home optical motion …

The evolution of technologies for the capture of human movement has been motivated by a
number of potential applications across a wide variety of fields. However, capturing human …

This paper presents a novel 3D reconstruction framework of large objects, where we adopt
one 3D scanner to reconstruct partial sections of large objects, and employ multiple stereo …

Abstract Three-dimensional (3-D) reconstruction of a scene from an image sequence has
been widely investigated for object recognition, robot navigation, mixed reality, and so on …

Structured light (SL) has a trade-off between acquisition time and spatial resolution.
Temporally coded SL can produce a 3D reconstruction with high density, yet it is not …

Single-shot 3D reconstruction technique is very important for measuring moving and
deforming objects. After many decades of study, a great number of interesting single-shot …