Abstract: A method for super resolution of an image imitating optical zoom implemented on a resource-constrained mobile device is includes inputting a first-resolution image. The method also includes assigning a super resolution factor from a predefined set of super resolution factors that indicate increasing the first resolution to obtain a second-resolution image. The super resolution factor indicates a trained intelligent system imitating the operation of the corresponding optical system among a plurality of intelligent systems trained for each super resolution factor of the predefined set of super resolution factors. The method further includes transforming the first-resolution image into the second-resolution image using said trained intelligent system.

Abstract: A method for super resolution of an image imitating optical zoom implemented on a resource-constrained mobile device is includes inputting a first-resolution image. The method also includes assigning a super resolution factor from a predefined set of super resolution factors that indicate increasing the first resolution to obtain a second-resolution image. The super resolution factor indicates a trained intelligent system imitating the operation of the corresponding optical system among a plurality of intelligent systems trained for each super resolution factor of the predefined set of super resolution factors. The method further includes transforming the first-resolution image into the second-resolution image using said trained intelligent system.

Abstract: A method and an apparatus for constructing a three-dimensional (3D) model of an object are provided. The method includes capturing images of the object by scanning the object along a trajectory around the object, estimating positions of a scanner, which respectively correspond to the captured images, refining the estimated positions of the scanner based on at least two locations on the trajectory, estimating depth maps corresponding to the refined positions of the scanner, generating a surface mesh of the object by fusing the depth maps, and constructing and displaying the 3D model of the object by mapping textures onto the generated surface mesh.

Abstract: A method and an apparatus for constructing a three-dimensional (3D) model of an object are provided. The method includes capturing images of the object by scanning the object along a trajectory around the object, estimating positions of a scanner, which respectively correspond to the captured images, refining the estimated positions of the scanner based on at least two locations on the trajectory, estimating depth maps corresponding to the refined positions of the scanner, generating a surface mesh of the object by fusing the depth maps, and constructing and displaying the 3D model of the object by mapping textures onto the generated surface mesh.