Abstract:
The frame vector calculator calculates a frame vector indicating a change in a position of a target object between frames of video data captured by a video capturing apparatus mounted on a vehicle. The low-frequency component extractor extracts low-frequency components of the frame vector, the low-frequency components indicating temporal variations of the frame vector equal to or less than a predetermined frequency. The high-frequency component extractor extracts high-frequency components of the frame vector, the high-frequency components indicating temporal variations of the frame vector higher than the predetermined frequency, based on the low-frequency components of the frame vector. The compensation vector calculator calculates a compensation vector compensating for the variations of the high-frequency components of the frame vector. The video compensator compensates the video data based on the compensation vector.
Abstract:
An information processing apparatus includes: a storage that stores first detection object information; and a processor that acquires second detection object information, in which the processor determines whether an undetected object that has not been detected in the first parking is present, based on the first detection object information and the second detection object information, and changes an aspect of the notification when the undetected object is present.
Abstract:
A display unevenness correction apparatus for use in the manufacture of an LCD display including an LCD panel having display pixels arranged in rows and columns, the apparatus including: a luminance meter which measures a luminance of the LCD panel while the LCD panel is being illuminated to obtain a luminance; a block luminance calculation unit which segments the luminance map into first blocks and calculate, for each of the first blocks, a block luminance of the first block using luminances included in the first block, the block luminance representing the luminances included in the first block; an interpolation unit which calculates a target luminance for each of the display pixels, using a corresponding one of the block luminances; and a correction gain calculation unit which calculates a correction coefficient for each display pixel using the target luminance.