Fujifilm Corporation

Tooru Ueda

Kenkichi Hayashi

Shinya Fujiwara

Tetsuro Ashida

Takeshi Miyashita

Kousuke Irie

Hitoshi Yamashita

Provided are an image processing device, an imaging device, an image processing method, a program, and a recording medium that perform white balance bracketing according to image characteristics. An image processing unitacquires a white balance gain which is applied to original image data in order to obtain a base image and a bracket image. The image processing unitincludes a color distribution acquisition unit, a first gain acquisition unit, and a second gain acquisition unit. The color distribution acquisition unitacquires color distribution information of input image data. The first gain acquisition unitacquires a base image white balance gain for obtaining the base image. The second gain acquisition unitacquires a bracket image white balance gain for obtaining the bracket image on the basis of the color distribution information and the base image white balance gain.

Image processing device, imaging device, image processing method, program, and recording medium

An image display device for displaying a main image and an auxiliary image that is combined with the main image in an auxiliary-image composite region of the main image, includes: a moving object detecting unit that detects a moving object which relatively moves in the main image; and a composite region determining unit that predicts a moving-object moving region, into which the moving object will move in the main image, based on a moving direction of the detected moving object, and determines the auxiliary-image composite region based on information relating to the moving-object moving region.

Image display device, method and imaging apparatus with adaptive reposition picture-in-picture

The noise reduction process is appropriately changed according to a proportion of the facial region in an angle of view, thereby minimizing deterioration of background resolution as well as removing wrinkles and blemishes in the facial region.

Image processing method, apparatus, recording medium, and image pickup apparatus

A photographing apparatus comprises: a photographing device which takes an image of a subject; a focusing control device which controls the focusing status of the photographing device in response to an input of a focusing instruction; a focusing judgment device which, upon an input of the photographing instruction after the input of the focusing instruction, judges whether or not a focus position at the time of the input of the focusing instruction is optimum; and a photographing control device which controls to execute photographing using the focus position as it is if the focus position at the time of the input of the focusing instruction is judged to be optimum, and controls to execute photographing after performing focusing control again if the focus position is judged to be not optimum.

Photographing apparatus and focusing control method

The present invention provides an image capturing apparatus which enables a desired image quality to be maintained regardless of transfer efficiency of a CCD image capturing element. R, G and B signals (CCD-RAW data) are acquired from the CCD image capturing element. In addition, various information, namely transfer efficiency of the CCD image capturing element, camera sensitivity upon photography, drive frequency of the CCD image capturing element, WB gains of the acquired R, G and B signals, pixel count, internal temperature of camera or temperature of the CCD image capturing element, and CCD color filter array of the CCD image capturing element are acquired. Signal processing on the acquired R, G and B signals is changed according to the acquired information in order to suppress image quality deterioration due to transfer efficiency degradation.

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Miyagi, Japan

Tooru Ueda