AUTOMATIC PLACEMENT OF THE HUMAN HEAD THANKS TO ERGONOMIC AND VISUAL CONSTRAINTS

After obtaining pre-processed marker positions approximately fitted to the robot structure, the main opti- mization process generates also marker motions that respect the

To guide the pose fitting, several methods assume the existence of a correspondence of a sparse set of markers on key anatomical locations of the body model and the target

In this paper, we consider a decentralized control task for three agents to carry an object collectively. The agents are to move the object along a desired trajectory while

obtain with hybrid (bolted/bonded) joining technology higher static failure load and a longer fatigue life than the corresponding bolted or bonded joints by using a

This section presents our approach to co-evolve OCL constraints. Figure 3 depicts an overview of our approach. We rst present the metamodel changes that we consider during an

The forearm part of this model was composed of the humeroulnar joint (hinge joint), the humeroradial joint (spherical joint), the proximal radioulnar joint (hinge joint coupled with

A paper by Lesley Lee deals with her experience of working in an inner-city area of Montreal in an attempt to demystify mathematics for a group of mature women who

In this paper, we present a new method for tracking human motion based on fitting an articulated implicit surface to 3D points and normals.. There are two