Inaccuracy of EEG electrode coordinates forms an error term in forward model generation
and ultimate source reconstruction performance. This error arises from the combination of …

Optical three-dimensional (3D) imaging and ranging techniques have been used in
academia and industry for many years with great success. Fields of application include …

The rapid prototyping and copying of real 3D objects play a key role in some industries. Both
applications rely on the generation of appropriated computer aided manufacturing (CAM) …

The three-dimensional shape acquisition of objects has become more and more important in
the last years. Up to now, there are several well-established methods which already yield …

With electroencephalography (EEG), a person's brain activity can be monitored over time
and sources of activity localized. With this information, brain regions showing pathological …

Precise 3D measurements of rigid surfaces are desired in many fields of application like
quality control or surgery. Often, views from all around the object have to be acquired for a …

“Flying Triangulation” is an optical 3D measurement principle, where a singleshot sensor
acquires a series of sparse 3D views which then are automatically aligned to each other in …

The rapid prototyping and copying of real 3D objects play a key role in some industries. Both
applications rely on the generation of appropriated computer aided manufacturing (CAM) …

The measurement principle “Flying Triangulation” enables a motion-robust 3D-shape
acquisition of even complex objects with a freely hand-guided sensor. Although of high …

We introduce a novel optical measurement principle:“Flying Triangulation”. It fills an
important gap in 3D metrology because it enables an acquisition of the topography of …