Development of a calibration system for a visual simulation device

This Bachelor Thesis presents the development of a calibration system for a visual simulation device: the SimVis. This system prescribes multifocal lenses allowing patients to know if they adapt correctly to their needs before surgical implantation. To approach the project, the functionality of the calibration system has been divided into three main modules: camera, communication, and image processing, which are finally integrated into a main program. In addition, a calibration cradle prototype has been built to perform verification and validation tests.