The Use of Stereoscopic Display Technology under Human-computer Interaction in Navigation Simulator

Abstract

To study the stereoscopic display technology and its specific implementation process in the human-computer interaction (HCI) simulation system, and enhance the sense of reality and immersion in the simulation training, in this exploration, using the digital modeling of virtual reality (VR) technology for stereoscopic display simulation is proposed. By using the corresponding relationship between virtual camera and human eye, the stereoscopic display system and human-computer interactive stereoscopic display navigation simulator system are designed. First, the stereoscopic display technology and principle are analyzed, and its specific way is explained. Then, the image processing process and image rendering process in the stereoscopic display system are studied. Moreover, the modeling process and interactive process in the human-computer interactive stereoscopic display system are explored. Finally, the stereoscopic display system and HCI are tested. The results show that the projection generated by off-axis model has no y-axis offset and no vertical parallax, and its field of view is the largest. When the distance between virtual cameras is 0.005, the fusion of two images is the most stereoscopic and realistic.