Abstract: Included are a fiducial frame adjustment unit (18) that displays a parameter used when an image of a fiducial frame and a high-resolution image are generated, updates display contents of the image of the fiducial frame based on adjustment of the displayed parameter, and stores the adjusted parameter as parameters for the fiducial frame and a reference frame in a fiducial point position holding memory (17A) and a blur PSF parameter holding memory (17B), and a reference frame adjustment unit (19) that displays a parameter for the reference frame when an image of a reference frame is displayed, updates display contents of the image of the reference frame based on adjustment of the displayed parameter, and stores the adjusted parameter as the parameter for the reference frame in the fiducial point position holding memory (17A) and the blur PSF parameter holding memory (17B).

Abstract: Included are a fiducial frame adjustment unit (18) that displays a parameter used when an image of a fiducial frame and a high-resolution image are generated, updates display contents of the image of the fiducial frame based on adjustment of the displayed parameter, and stores the adjusted parameter as parameters for the fiducial frame and a reference frame in a fiducial point position holding memory (17A) and a blur PSF parameter holding memory (17B), and a reference frame adjustment unit (19) that displays a parameter for the reference frame when an image of a reference frame is displayed, updates display contents of the image of the reference frame based on adjustment of the displayed parameter, and stores the adjusted parameter as the parameter for the reference frame in the fiducial point position holding memory (17A) and the blur PSF parameter holding memory (17B).

Abstract: Image stabilization apparatus includes: layout marker detection unit that detects a layout marker from a photographed image; estimation marker position calculation unit that obtains a position of a PSF estimation marker; estimation marker size calculation unit that obtains a size of the PSF estimation marker; estimation marker reference image generating unit that generates an image of the PSF estimation marker to be a reference; PSF calculation unit that estimates a PSF by using the estimation marker image to be the reference and an estimation marker image corresponding thereto in the photographed image; and image stabilization unit that corrects blurring in the photographed image by using the estimated PSF.

Abstract: An apparatus that can obtain a clear image by correcting blurs of respective object images even in a case where a plurality of objects with different blurs exists within an image. Local PSF estimating section estimates a PSF for each small region. PSF form identifying section identifies forms of the estimated PSFs of the small regions and groups local estimated PSFs such that small regions having the PSF forms with high similarity belong to the same group. Small region integrating section integrates adjacent small regions that are grouped in the same group. Due to this, object images blurring in a similar way can be accurately separated. As a result of this, a perspective separation of the objects and a separation of moving objects become possible from just one input image without using a plurality of cameras or additional devices (a distance sensor, etc.).