Abstract: A computer implemented method includes receiving video content to display on a display device, applying a sequence of video processing and display settings profiles to base settings to derive video processing and display setting values, processing the video via the computer in accordance with the video processing setting and display setting values, and providing the processed video to the display device.

Abstract: Various improvements to video processing are described, including highlight recovery by dividing an image into different frequency ranges and compressing the lower range before recombining, tone mapping to avoid hue shifts, dynamic tone mapping based on detected scene changes in the video, dynamic tone mapping using the shape of a tone mapping curve that is changed based on the histogram of each video frame, HDR Luminance Channel Repair of artifacts, changing the shape of the tone mapping curve based on a histogram of each video frame, upscaling Chroma by using Luma channel information motion interpolation using Neural Networks, motion compensated noise reduction using Neural Networks to filter random noise and film grain, grain/noise agnostic upscaling using Neural Networks, and hiding video frames by strategically dropping or repeating them in unnoticeable places to prevent a visible video stutter based on scene characteristics to accommodate clock variations.

Abstract: A computer implemented method includes receiving video content to display on a display device, applying a sequence of video processing and display settings profiles to base settings to derive video processing and display setting values, processing the video via the computer in accordance with the video processing setting and display setting values, and providing the processed video to the display device