Abstract: Disclosed herein is a method of generating multi-faced images. The method includes adjusting, by a multi-faced image generation apparatus, a photographing configuration of a virtual camera, configuring, by the multi-faced image generation apparatus, a photographing section of the adjusted virtual camera, and generating, by the multi-faced image generation apparatus, matched first multi-faced images captured by the virtual camera based on the configured photographing section.

Abstract: A system for monitoring a multi-projection theater includes a plurality of projection surfaces disposed within a single theater, a projection apparatus configured to project content onto the plurality of projection surfaces, a central control server configured to monitor inside of the theater, and an administrator terminal configured to receive the monitoring information of the central control server. The central control server transmits error information to the administrator terminal when an image information error of content projected onto the plurality of projection surfaces is generated.

Abstract: A multi-projection screening system may include a projection apparatus projecting an image, a plurality of projection surfaces onto which the image is projected, a polymer dispersed liquid crystal (PDLC) panel disposed in some of the plurality of projection surfaces, and a server controlling the PDLC panel. A method of controlling a PDLC panel may include the steps of checking whether an image is projected onto the PDLC panel and controlling a color displayed on the PDLC panel. A multi-projection screening method may include the steps of projecting an image onto a projection surface disposed in the front of a theater, checking whether an image is projected onto a PDLC panel, and controlling a color displayed on the PDLC panel. In accordance with embodiments of the present invention, a totally uniform image can be provided, and a sense of difference between front and side projection images can be prevented from occurring.

Abstract: A system for monitoring a multi-projection theater includes a plurality of projection surfaces disposed within a single theater, a projection apparatus configured to project content onto the plurality of projection surfaces, a central control server configured to monitor inside of the theater, and an administrator terminal configured to receive the monitoring information of the central control server. The central control server transmits error information to the administrator terminal when an image information error of content projected onto the plurality of projection surfaces is generated.

Abstract: A multi-projection screening system may include a projection apparatus projecting an image, a plurality of projection surfaces onto which the image is projected, a polymer dispersed liquid crystal (PDLC) panel disposed in some of the plurality of projection surfaces, and a server controlling the PDLC panel. A method of controlling a PDLC panel may include the steps of checking whether an image is projected onto the PDLC panel and controlling a color displayed on the PDLC panel. A multi-projection screening method may include the steps of projecting an image onto a projection surface disposed in the front of a theater, checking whether an image is projected onto a PDLC panel, and controlling a color displayed on the PDLC panel. In accordance with embodiments of the present invention, a totally uniform image can be provided, and a sense of difference between front and side projection images can be prevented from occurring.

Abstract: The present invention relates to a system and method for regenerating image contents in a theater, and more specifically, to an image management system and method for regenerating image contents in a theater, which can decode high-resolution image contents and store the decoded image contents in a shared storage unit so that a plurality of slave devices may read image data from the shared storage unit and perform data processing or image processing on needed portions.

Abstract: The present invention relates to automatic correction of an area on which contents are projected by a projector, i.e., a so-called projection area, in a theater, and specifically, to a method and system for automatically correcting a projection area by photographing a projection area in the theater using a photographing device such as a camera or the like, and matching the image photographed like this, coordinates of a projection area projected by the projector and finally a contents image projected on a projection surface such as a screen, a wall or the like so that eventually the contents image may be properly output in an effective projection area of a projection surface in the theater.

Abstract: The present invention relates to a system and method for regenerating image contents in a theater, and more specifically, to an image management system and method for regenerating image contents in a theater, which can decode high-resolution image contents and store the decoded image contents in a shared storage unit so that a plurality of slave devices may read image data from the shared storage unit and perform data processing or image processing on needed portions.

Abstract: The present invention relates to automatic correction of an area on which contents are projected by a projector, i.e., a so-called projection area, in a theater, and specifically, to a method and system for automatically correcting a projection area by photographing a projection area in the theater using a photographing device such as a camera or the like, and matching the image photographed like this, coordinates of a projection area projected by the projector and finally a contents image projected on a projection surface such as a screen, a wall or the like so that eventually the contents image may be properly output in an effective projection area of a projection surface in the theater.