Exploring higher quality point clouds using stereo vision by Foo, Chuan Ann

“…This research investigates the feasibility of creating a useful high-quality point cloud through stereo vision. We will create a homemade stereo camera setup to implement the stereo vision techniques. …”
Get full text

Using stereo visual geometry to aid in robotic motion and navigation by Sivaguru, Esshwar

“…This project delves into the application of stereo visual geometry for enhanced robotic motion and navigation. …”
Get full text

3D image reconstruction based on current stereo vision techniques by Teo, Jun Wei

Subjects: Get full text

Obtaining surface normals of 3D objects using photometric stereo techniques by Pak, Elaine Xinyi

“…This project delves into a concept known as photometric stereo. Photometric stereo is a technique of surface normal recovery based on the surface property that the amount of light reflected off a surface is dependent on the orientation of the surface with respect to both the observer and the light source. …”
Get full text

Software system for 3D capturing, analysis and display by Lai, Ian Kheng Yan

Subjects: Get full text

3D digital image correlation implementation with OpenCV by Qi, Yiru

“…Instead, the 3D DIC techniques which take in the application of stereo vision concept should be exploited. In this report, the implementation of 3D DIC techniques using OpenCV library is introduced in detail according to the three stages of the process: camera calibration, stereo matching, and 3D reconstruction. …”
Get full text

Development of the 3D digital image correlation technique by Qiu, Lili

“…One reference image is chosen to correlate with another three images capture before and after deformation. The stereo vision system is employed to reconstruct the 3D coordinate based on intrinsic and extrinsic parameters of left and right camera, after which the 3D displacement is calculated. …”
Get full text

Investigation of accurate fringe analysis techniques for fringe projection profilometry by Agarwal Nimisha

“…These include time of flight, laser triangulation, stereo vision, shape from focus and defocus, structured light projections and digital fringe projection (DFP). …”
Get full text