Markerless motion capture would permit the study of human biomechanics in environments
where marker-based systems are impractical, eg outdoors or underwater. The visual hull …

Moving or dynamic object analysis continues to be an increasingly active research field in
computer vision with many types of research investigating different methods for motion …

The shape-from-silhouette approach has been popular in computer vision-based human
motion analysis. For the results to be accurate, a certain number of cameras are required …

We present a new method to extract multiple segmentations of an object viewed by multiple
cameras, given only the camera calibration. We introduce the n-tuple color model to express …

In computer graphics, silhouette finding and rendering has a central role in a growing
number of applications. The silhouette is the simplest form of line art and is used in cartoons …

This work proposes a novel shape from silhouette (SfS) algorithm using the Dempster–
Shafer (DS) theory for dealing with inconsistent silhouettes. Standard SfS methods makes …

Object‐space silhouette extraction is an important problem in fields ranging from non‐
photorealistic computer graphics to medical robotics. We present an efficient silhouette …

The main motivation of this work is to find and evaluate solutions for generating binary
masks (silhouettes) of foreground targets in an automatic way. To this end, four renowned …

In this paper, we propose a complete framework for improved synthesis and understanding
of the human pose from a limited number of silhouette images. It combines the active image …

In this paper we presents a novel and effective way for extracting a region based silhouette
of a human with a moving background thereby facilitating subsequent analysis like action …