摘要:
N separately-exposed images are serially captured in an additive-type image stabilization processing that generates one synthetic image having reduced influence due to camera shake by positioning and additively synthesizing a plurality of separately-exposed images. For each non-reference image (In), the strength (the degree of similarity) of a correlation between a reference image (Io) and each of the non-reference images is evaluated. Each of the non-reference image is determined whether valid or not according to the strength of each correlation. By using the reference image and valid ones of the non-reference images, a synthetic image is generated by additive synthesis.
摘要翻译:通过定位和相加合成多个单独曝光的图像,通过添加型图像稳定处理来连续捕获N个单独曝光的图像,该处理产生由于相机抖动而具有减小的影响的合成图像。 对于每个非参考图像(I N n N N),参考图像(I SUB)与每个非参考图像之间的相关性的强度(相似度) 参考图像被评估。 根据每个相关的强度来确定每个非参考图像是否有效。 通过使用参考图像和有效的非参考图像,通过加法合成产生合成图像。
摘要:
The image processing device comprises a background/subject identification portion which identifies respectively, for each of a plurality of burst-shot images shot successively over time, a background area which is an area representing a background, and a subject area which is an area representing a subject; a background image generation portion which generates a background image which is an image representing a background, on the basis of the background area identified by the background/subject identification portion; a subject image generation portion which generates a subject image which is an image representing a subject, on the basis of the subject area identified by the background/subject identification portion; a correction portion which derives a direction of motion of a subject on the basis of the subject area identified by the background/subject identification portion, and which performs correction of the background image to create blur along the direction of motion of the subject; and a synthesis portion which synthesizes the subject image with the background image corrected by the correction portion.
摘要:
A clipping processing portion is provided with: a main subject detection portion which detects the location of a main subject from an input image; a clip region setting portion which sets the clip region that is a region including the main subject; and a clipping portion which clips an image of the clip region from the input image to produce a clipped image. There is further provided a zoom control portion which controls the optical zoom magnification of the image sensing portion based on the clip region set by a clip region setting portion, and the optical zoom magnification is controlled such that the input image has an appropriate angle of view.
摘要:
An image processing apparatus includes a region setting portion that sets a clipping region as an image region in each input image based on image data of an input image sequence consisting of a plurality of input images, a clipping process portion that extracts an image within the clipping region as a clipped image from each of a plurality of target input images included in the plurality of input images, and an image combining portion that arranges and combines a plurality of clipped images that are extracted.
摘要:
An image pickup apparatus includes an input image generating portion that generates an input image from an optical image of a subject entering through a zoom lens, and an output image generating portion that generates an output image by adjusting a focused state of the input image by image processing when an optical zoom magnification is changed by a positional change of the zoom lens.
摘要:
Electronic equipment includes a display portion that displays a thumbnail image of an input image, a user interface that receives a modifying instruction operation for instructing to perform a modifying process, and an image processing portion that performs the modifying process on the input image or an image to be a base of the input image in accordance with the modifying instruction operation. When the thumbnail image is displayed on the display portion, it is visually indicated using the display portion whether or not the input image is an image obtained via the modifying process.
摘要:
An image pickup apparatus includes a target image generating portion that generates a target image by photography using optical zoom and digital zoom, and an output image generating portion that generates an output image by performing image processing on the target image. An entire image region of the target image includes a first image region and a second image region having a focus degree lower than that of the first image region. The image processing includes a blurring process for blurring an image in the second image region of the target image, and the output image generating portion performs the blurring process in accordance with a magnification of the digital zoom.
摘要:
An image sensing apparatus includes an imaging unit which outputs image data of images obtained by photography, and a photography control unit which controls the imaging unit to perform sequential photography of a plurality of target images including a specific object as a subject. The photography control unit sets a photography interval of the plurality of target images in accordance with a moving speed of the specific object.
摘要:
A tracking process portion includes a search area setting portion for setting a search area in the input image, an image analysis portion for analyzing an image in the search area, an auxiliary track value setting portion for setting an auxiliary track value based on a result of the analysis, a track value setting portion for setting an auxiliary track value based on a result of the analysis and deciding whether the set track value is correct or not, and a track target detection portion for detecting a track object from the image in the search area based on the track value. If the set track value is incorrect, the track value setting portion performs a switching operation for setting the auxiliary track value and a track value.
摘要:
An image processing device has: a main subject detector that detects the position of a main subject in an input image; a clipping region setter that determines a clipping region including the position of the main subject detected by the main subject detector; and a clipper that generates a clipped image by cutting out the clipping region from the input image. The clipping region setter determines the clipping region such that the position of the main subject detected by the main subject detector coincides with a predetermined position in the clipping region.