Light Detection and Ranging (LiDAR) is a remote sensing technology. The ability to perform 3D mapping of its surroundings with good resolution using Time of Flight (TOF) information made LiDAR a promising candidate for use ...

This thesis proposes a method to evaluate and quantify in a precise way the peripheral refraction induced by an ophthalmic lens. The motivation for this work stems from the progression of myopia and its possible causes; ...

In this project, the aim goal is to design a program which can obtain automatically a particular set of points from different images, all of which containing the same pattern. The point of the implementation is that the ...

Imaging through nebulous media encountered in nature, like fog, rain, and light haze, is on the most up-to-date research problems in the field of navigation as a result of the recent increasing interest in autonomous ...

LiDAR (Light Detection and Ranging) is a device using a laser source and a photodetector to determine the distance to any object a headin a scene. The LiDAR uses the “time-of-flight” (TOF) as the measuring principle. ...

This project aims to find an effective and non-invasive methodology to assist in the diagnosis of skin lesions using 3D profile features.

The resolution of conventional 3D optical profilometers is limited by diffraction, characterized by the numerical aperture (NA) of the objective and the wavelength of the light source used for imaging. To resolve structures ...

With the incorporation of optical sensors into the machine vision technology, a full new field has emerged to revolutionize different technologies such as self-driving, 3D scanners and printers or virtual reality. However, ...