Samsung Techwin Co., Ltd.

Korea University Industrial Academic Collaboration Foundation

Yonsei University

Korea University Research and Business Foundation

Bong-hyup Kang

Han-Seok Ko

Chang-won Jeon

Moon-Gi Kang

Hanseok Ko

Dong-Jun Kim

Joon-young Chang

Hyun-mook Oh

Bon-Hwa Ku

Du-sic Yoo

Min-Jae Kim

Tae-yup Song

Young-hyun Lee

Dae-sung Chung

Hyun-hak Shin

A method and system of generating a super-resolution image is provided. fusing The method includes inputting an image; and generating an estimated high-resolution image of a current time by fusing an input image and an estimated high-resolution image of a previous time corresponding to the input image.

Method and system of reconstructing super-resolution image

An apparatus and method for suppressing color rolling are provided. The apparatus includes a digital signal processor which detects first motion information on a current frame and second motion information on at least one of a plurality of neighboring frames, calculates a gain based on the first and second motion information, and applies the gain to at least one channel of the current frame.

Apparatus and method for color rolling suppression

Provided are a method and apparatus for processing an image. The method includes receiving a first luminance image of an image including airlight, which is a type of light that occurs in a foggy environment, and generating an airtight map based on a ratio between an average luminance of the first luminance image, and a standard deviation; and removing the airtight by subtracting the airtight map from the first luminance image and outputting a second luminance image. According to the present invention, airlight components may be effectively removed.

Image processing method and apparatus for correcting distortion caused by air particles as in fog

Provided are method and apparatus of pre-processing in WDR (wide dynamic range) image processing, the method of pre-processing of WDR image processing including: (a) receiving luminance and chrominance signals having different exposure times, and analyzing the correlation between a luminance signal having a first exposure time and a luminance signal having a second exposure time that is longer than the first exposure time; (b) based on the result of the analysis, dividing each of the luminance signal having the first exposure time and the luminance signal having the second exposure signal, into at least one of a bright region, a transition region, and a dark region; and (c) normalizing the regions of the luminance signal having the first exposure time to respectively correspond to the regions of the luminance signal having the second exposure times.

Pre-processing method and apparatus for wide dynamic range image processing

Growing community of inventors

Changwon, South Korea

Bong-hyup Kang