Patent Document ID: 10089718
Application ID: 15175010
Patent Status: 1

Claim One:
1. A user adaptive image compensator, comprising: a feature extractor configured to extract features from an input image; a compensated image generator to receive the input image and configured to generate compensated preference parameters based on a preference parameter, the compensated image generator configured to generate a plurality of compensated images of the input image based on the generated compensated preference parameters; an image selector configured to display the plurality of compensated images to a user, receive from the user a selection input for a selected compensated image, and generate in response to the selection input the selected compensated image as an output image, the image selector being further configured to output a selected compensated preference parameter that corresponds to the selected compensated image; and a preference parameter updater coupled to the image selector and the feature extractor, the preference parameter updater being configured to update the preference parameter based on the selected compensated preference parameter and the extracted features received from the feature extractor, the preference parameter updater being further configured to output the preference parameter to the compensated image generator, wherein the plurality of the compensated images include first through (2N+1)-th compensated images, in which N is a natural number, and the compensated preference parameters include first through (2N+1)-th compensated preference parameters, wherein the compensated image generator generates the (N+1)-th compensated preference parameter having a value of the preference parameter respectively corresponding to a (N+1)-th compensation curve, wherein the compensated image generator generates a first through an N-th compensated preference parameters corresponding to a first through an N-th compensation curves and an (N+2)-th through an (2N+1)-th compensated preference parameters corresponding to the (N+2)-th through (2N+1)-th compensation curves based on the preference parameter, and wherein the compensated image generator generates the first through (2N+1)-th compensated images by respectively applying the first through (2N+1)-th compensation curves to the input image.