Correspondenceless Stereo for 3-D Iris Location

Target strength data on single caged herring was collected using the dual beam system along with stereo photographs to provide position and angle

This technique optimises a surface mesh to match stereo and silhou- ette data in a constrained coarse-to-fine framework, recovering sub-pixel image correspondence in the presence

We used an assembly of optical chopper wheels and commodity LCD projectors to create true active stereo at less than a fifth of the cost of comparable active stereo technologies..

Marker tracking consists of two stages: determining 3D marker locations of the blobs in the camera images using stereo correspondence, and tracking these markers in time

A shutter for single projector stereo can only be used with fast projectors (CRT, DLP, LCOS), but we do not know of any LCOS systems fast enough to swap images every 8 or 10ms.. –

We follow this trend, proposing a simple approach that combines a hand region detection system based on a combi- nation of skin color modeling and background subtraction, a stereo

In this section, the rectified image results of the proposed system are used as the input images of Yang’s [Yan12] non- local aggregation stereo matching algorithm for disparity

The system covers the algo- rithms necessary for high-quality image based reconstructions, i.e., a Structure from Motion algorithm, Multi-View Stereo reconstruction, generation of