Automated surveillance systems observe the environment utilizing cameras. The observed
scenario is then analysed using motion detection, crowd behaviour, individual behaviour …

Virtual immersive environments or telepresence setups often consist of multiple cameras
that have to be calibrated. We present a convenient method for doing this. The minimum is …

Multi-camera vision systems (MVS) have a larger field of view than a single camera and are
often applied to acquire geometric information of large-scale objects or scenes. Data …

This paper proposes a method to realize a 3D video display system that can capture video
from multiple cameras, reconstruct 3D models and transmit 3D video data in real time. We …

The global calibration of multiple vision sensors (MVS) with non-overlapping views has
been widely studied. In this paper, a novel calibration method for MVS with non-overlapping …

In the field of visual metrology, achieving coordinate system unification among non-
overlapping multi-camera systems in wide field-of-view scenarios poses significant …

Aerial vehicles are revolutionizing applications that require capturing the 3D structure of
dynamic targets in the wild, such as sports, medicine and entertainment. The core …

In this paper, an external parameter calibration method for multiple cameras with non-
overlapping fields of view (FOVs) using a laser rangefinder (LRF) is presented. The …

We describe a novel framework for watermarking three-dimensional (3D) video objects via
their texture information. Unlike classical algorithms dealing with 3D objects that operate on …

Multi-camera vision systems are often needed to achieve large-scale and high-precision
measurement because these systems have larger fields of view (FOV) than a single camera …