Lazer tarama temelli gözlük gerektirmeyen üç boyutlu görüntüleme sistemi

This thesis presents a novel technical solution to the laser projection part of an autostereoscopic (i.e. no glasses) 3D display system that is developed within a consortium of eight partners. The system includes a high accuracy and low latency pupil-tracking module which enables formation of dynamic exit pupils. The image is sent to the viewer by direct projection of red, green and blue lasers via a low loss transparent screen. The use of lasers provides the display a high color gamut.The display optics compromises two basic functional units: the Light Engine and the Transfer Screen. The image is formed by scanning a line shaped laser beam over a liquid crystal on silicon (LCOS) device at the Light Engine part of the display. The location of the exit pupil is adjusted at the transfer screen part of the display with the help of a spatial light modulator (SLM) and stereo images are directed to the corresponding eyes after passing through a special transparent screen.The major contributions of this thesis are optical design and analysis of the display system via the commercial optical design tool, ZEMAX, beam combining, beam shaping and beam homogenization of lasers with single and multiple emitters and development and fabrication of a laser scanning projection unit as part of a novel 3D display system.