Abstract:
Disclosed herein are an apparatus and a method for generating an intermediate view image of a stereoscopic image. The apparatus may include a feature point detector detecting contours in left and right view images and detecting feature points in the contours, a corresponding point detector detecting corresponding points corresponding to the feature points of the left and right view images, and a composer generating an intermediate view image based on disparity information between the feature points and the corresponding points.
Abstract:
The present invention relates to a method of generating implicit terrain data and an electronic apparatus for performing the method, and more particularly to a method of generating implicit terrain data and an electronic apparatus which are capable of minimizing a size of data while maintaining geographical quality of original terrain data.
Abstract:
The present invention relates to a camera rig apparatus for shooting a multi-view image. The camera rig apparatus includes: a plurality of supporting unit in which a camera is coupled to one area, a plurality of camera fixing units which is coupled to the plurality of cameras and is coupled to corresponding supporting units to fix the cameras; a position adjusting unit which is coupled to a front side and a rear side of the plurality of supporting units and varies a horizontal distance between the plurality of supporting units; and a control unit which controls the horizontal distance of the position adjusting unit, and the position adjusting unit is formed by a lazy tongs mechanism.
Abstract:
A method for representing a terrain, a method for creating terrain primitives, and an apparatus using the methods are disclosed. The terrain representation method includes: reading digital elevation model (DEM) data of a terrain; extracting feature points of the terrain from the DEM data of the terrain; creating a plurality of terrain primitives according to the feature points of the terrain; storing terrain representation model data based on the plurality of terrain primitives; and converting the terrain primitive based terrain representation model data into DEM data, and visualizing the DEM data.