Stereoscopic Displays: Factors Affecting Realism

This paper presents the final outcome of the Final Year Project entitled Stereoscopic
Displays: Factors Affecting Realism. The term "Stereoscopic Displays" refers to the
stereoscopic technology that is being used in Virtual Reality in order to project a
realistic image. The aim of the study is to find out the factors that affect the realism of
the projected image in stereoscopic displays as well as to identify image parameter
that gives the most impact to user's depth perception of a 3D scene. The study is done
by undertaking intensive research from previous literatures, and then carrying out an
experiment to determine the parameters that gives the most impact to the depth
perception of user. By knowing which parameters that affects the depth perception
the most, it can be useful in designing an application that will project a quality 3D
image, which will therefore increase the realism effect and then also increases the
sense of presence in the users. The research has found out that the factor that affects
the realism revolves around on the technical and the human issues. The experiment
have been focusing on the testing of 4 parameters, which are motion cues, number of
edges on objects, background brightness and distances of objects from the user. From
there it has been proven that motion cues, background brightness and distances of
objects from user have a positive impact on the depth perception, while the number of
edges on the objects is proven to have an impact, but the extent of its effect is
inconclusive. As a conclusion to the study, the author believes that this study is only
complete at a preliminary level, and still needs continuation to further support the
findings that have been made.