An image processing apparatus for editing an image by using content images different in image size for the same content image depending on applications includes a data acquiring unit configured to acquire content image data having a predetermined image size; an image processor configured to generate image data of an image size corresponding to each application based on the acquired content image data; and a data storage device configured to store the acquired image data and the generated image data.

An image processing apparatus for editing an image by using content images different in image size for the same content image depending on applications includes a data acquiring unit configured to acquire content image data having a predetermined image size; an image processor configured to generate image data of an image size corresponding to each application based on the acquired content image data; and a data storage device configured to store the acquired image data and the generated image data.

A system and method for printing large files from a memory constrained mobile device analyzes image files to determine whether decompressing them for display or printing would result in image data exceeding device capacity. If not, the image data is displayed on the device and sent to a printer. If so, metadata in the image files is altered such that image data is generated at a lower resolution before decompression for displaying and printing.

A processor randomly selects a page image group corresponding to a predetermined number of pages, such as five pages, from scan images of all the pages of a book, and clips a predetermined area (evaluation area) from each of the selected page images. Subsequently, the processor performs, on each clipped image, color correction and compression at a compression rate in accordance with an image quality specified via a user interface, and derives the data volume of each clipped image subjected to the processing. In addition, based on the data volumes of the clipped images subjected to the processing, the processor derives estimated one page data volumes Then, by using the estimated one page data volumes, the processor derives an estimated data volume of a digital book corresponding to the total pages of the book.

A processor randomly selects a page image group corresponding to a predetermined number of pages, such as five pages, from scan images of all the pages of a book, and clips a predetermined area (evaluation area) from each of the selected page images. Subsequently, the processor performs, on each clipped image, color correction and compression at a compression rate in accordance with an image quality specified via a user interface, and derives the data volume of each clipped image subjected to the processing. In addition, based on the data volumes of the clipped images subjected to the processing, the processor derives estimated one page data volumes Then, by using the estimated one page data volumes, the processor derives an estimated data volume of a digital book corresponding to the total pages of the book.

The embodiments herein relate to a method performed by a system (100) for handling variations in a mark (110) printed by a group (105) of industrial printers (101). The system (100) obtains images of the printed mark (110) printed by each of the printers (101) in the group (105). The system (100) creates a composite image from the obtained images. The printed marks (110) appear as a repeating pattern in the composite image. The system (100) compares the printed marks (110) in the composite image to each other or to another mark. The system (100) detects variations with a first resolution in the printed marks (110) in the composite image as a result of the comparison. The system (100) creates an augmented image in which the detected variations are augmented to a second resolution. The first resolution is lower than the second resolution.

An image processing apparatus includes an image reading portion, a position detection portion, and a print processing portion. The image reading portion is configured to read an image of a document. The position detection portion is configured to detect position information of each of check boxes included in a read image by the image reading portion. The print processing portion is configured to be able to print a position specifying image indicating the position information of each of check boxes detected by the position detection portion.

An image processing apparatus includes an image reading portion, a position detection portion, and a print processing portion. The image reading portion is configured to read an image of a document. The position detection portion is configured to detect position information of each of check boxes included in a read image by the image reading portion. The print processing portion is configured to be able to print a position specifying image indicating the position information of each of check boxes detected by the position detection portion.

To improve operability for a user who uses an image processing apparatus which images an original document and displays an image indicating the imaged original document, a camera scanner causes a displaying device to display a remaining image corresponding to the image indicating the original document at a position where the original document was put, and, when detecting that an original document enters a detecting region, causes the displaying device to display a thumbnail image of the remaining image such that the thumbnail image does not overlap the original document which enters the detecting region.

An image processing apparatus includes a controller configured to execute: acquiring objective image data representing an objective image which includes a first character and a second character; analyzing first partial image data and specifying the first character in an image represented by the first partial image data; and generating processed image data representing a processed image which includes the first character and the second character by using the objective image data. The objective image data includes the first partial image data in a bitmap format which represents the image including the first character and second partial image data in a vector format which represents an image including the second character. The processed image data includes: first processed data representing an image including the first character; and second processed data representing an image including the second character.