A display apparatus and a control method thereof are provided. The method includes receiving image data, processing the image data, and dividing a display panel into a plurality of regions, synchronizing a scanning timing of the image data at which the processed image data is scanned in a first region among the plurality of regions with a backlight-on timing of the display panel, and outputting the processed image data in the display panel. The outputting the processed image data includes compensating and outputting the processed image data according to a relation between a scanning timing of the image data for each region of the plurality of regions of the display panel and the synchronized backlight-on timing.

A document camera device includes a processor that executes a procedure. The procedure includes: performing control so as to display, in cutout processing that cuts out and saves, from an image imaging a subject, an image corresponding to an inside of a region designated for the subject, an image specifying a region associated with identification information of a subject targeted by the current cutout processing on the subject targeted by the current cutout processing, based on history information associated with identification information of the subject and with the region in cutout processing that was executed in the past; and performing processing that, when a region specified by an image specifying the region has been selected, sets an image cut out and saved from inside the selected region as an image that has been cut out by the current cutout processing.

An image forming apparatus that reads a print position adjustment chart using an auto document feeder (ADF) and specifies an appropriate image reading size to include paper edges of the chart is provided.

An image processing system includes one or more processors that select one target algorithm from evaluation algorithms, calculate an evaluation value indicating adaptation to image measurement using the target algorithm and one or more evaluation images corresponding to an evaluation lighting pattern for each evaluation lighting pattern, and determine a lighting pattern to be used for the image measurement from evaluation lighting patterns based on the evaluation value.

When an MFP receives selection of any one of a plurality of folders managed in a hierarchy, the MFP displays, if the selected folder has subfolders, a list of the subfolders on a display unit, and displays, if the selected folder has no subfolders, a setting screen for setting a reading parameter for a document on the display unit.

A document camera device includes a processor that executes a procedure. The procedure includes: performing control so as to display, in cutout processing that cuts out and saves, from an image imaging a subject, an image corresponding to an inside of a region designated for the subject, an image specifying a region associated with identification information of a subject targeted by the current cutout processing on the subject targeted by the current cutout processing, based on history information associated with identification information of the subject and with the region in cutout processing that was executed in the past; and performing processing that, when a region specified by an image specifying the region has been selected, sets an image cut out and saved from inside the selected region as an image that has been cut out by the current cutout processing.

A photographic image extraction apparatus according to the invention is applied to a smartphone. The smartphone includes an image capture unit that captures images of a plurality of photographs, a photographic image extraction unit that analyzes a plurality of photographic images that are the captured images of the plurality of photographs and extracts, from the plurality of photographic images, one or more photographic images having a high likelihood of containing an image of a specific person, and an extraction result display unit that displays a result of extraction by the photographic image extraction unit.

Provided are an image processing method and an image processing device which can generate second print image data for recording an optimum image based on information from an image of a first print, and a printing method and a print output system which output a second print in which the optimum image is recorded.

An image processing method includes an acquisition step of acquiring first print image data from a first print having first and second regions, a determination step of determining image processing to be applied, based on information acquired from at least one region, and a generation step of generating second print image data for outputting a second print having a third region corresponding to the first region by performing the image processing on the first print image data.

An image forming system generates second image data representing a result of a reading unit reading an image on a sheet, corrects the second image data using correction data, the correction data being data obtained on the basis of image data obtained by the reading unit reading a predetermined image formed on the sheet by an image forming unit and image data corresponding to the predetermined image, and inspects, on the basis of the corrected second image data and a first image data, an image formed on the sheet on the basis of the first image data.

A system for capturing images during production of printed material includes an optical device comprising a plurality of cameras arranged in an array with adjacent pairs of cameras having overlapping fields of view. An imaging controller device determines a layout of content on printed material, and determines, based on the layout, an optical system configuration profile. Determining the optical system configuration profile includes selecting one or more cameras for capturing images of regions of interest on the printed material and determining a trigger interval for triggering the selected one or more cameras. The imaging controller device triggers the selected cameras at times determined based on the trigger interval to capture images of the regions of interest on the printed material as the printed material moves in fields of view of the one or more cameras during production of the printed material.