Design and Implementation of Digital Hologram Content Using Modified Depth Information

Abstract

Recently, with the increasing interest in three-dimensional (3D) images, there has been a demand for solving the problems of discomfort, dizziness, etc., related to a stereo or multi-view 3D image. Therefore, research on holograms, which can realize perfect 3D imaging, has become more active. However, the high cost of generating holograms is a challenge [1]. In order to make the contents of digital holograms continuous and widespread, rather than using them as entertainment for a one-off event, it is necessary to diversify these contents. Therefore, we need to author hologram contents efficiently in order to reduce the cost and effort of content development as well as the authoring time, and to create hologram convergence contents that are applicable to various industrial fields [2]. Accordingly, a study on how to author hologram contents, such as producing hologram videos using one sheet of holograms, has been conducted previously. Currently, the development of a 3D broadcasting technology using digital holography is underway at MIT in the USA, at NHK

Selection Module Q-sorting System of Augmented Reality-based Physical Activity for Developmentally Disabled Children

“…The first includes handheld-based displays, see-through HMDs, and projection-based displays, based on its characteristics of device [6], [9], [10]. Among the different types of displays, handheld-based displays have high mobility and they are actively being researched due to increased mobile phone use.…”