3D object recognition with motion

TL;DR: This work reviews the human factors-related literature on the task performance implications of stereoscopic 3D displays, in order to point out the specific performance benefits (or lack thereof) one might reasonably expect to observe when utilizing these displays.

TL;DR: It is found that the three information visualization designs have inherent problems when used for visualizing different data sets, and that certain tasks cannot be supported by the designs.

TL;DR: A usability study conducted with graduate and undergraduate computer science students, designed to evaluate the effectiveness of a software visualization tool named sv3D, and to provide necessary user data for the evolution of the system.

TL;DR: A new layouting algorithm is proposed that provides a higher level of detail and position the buildings according to the coupling between classes that they represent and allows us to visualize software metrics and source code modifications at the granularity of methods.

TL;DR: The results indicated that performance improved using either stereoscopic and rotational display techniques relative to viewing two-dimensional (2D) displays, however, rotational displays were superior to stereoscopic displays, and performance was best when both techniques were combined.

TL;DR: Differences in subjects’ ability to discriminate between the shape of two 3‐D, perspective, computer‐aided design‐type (CAD‐type) objects were investigated for various levels of monocular coding techniques and the binocular cue stereopsis, indicating that interposition was the only depth cue that significantly enhanced subject performance.

TL;DR: The objective of this research is to examine the effects of stereopsis on subjects’ ability to accurately transfer to, and retrieve from, long‐term memory spatial information about 3‐D objects; and visualize spatial characteristics in a quick and direct manner.

TL;DR: Two experiments show that motion cues combined with stereo viewing can substantially increase the size of the graph that can be preceived, and structured 3D motion and stereo viewing both help in understanding, but that the kind of motion is not particularly important.