Abstract:
A confidential document is generated by encoding distribution destination information specifying a destination to which the confidential document will be distributed.
Abstract:
An image processing method is disclosed that is capable of efficient information extraction when embedding information in an image by using plural information embedding methods. The image processing method includes steps of embedding target information in the image by using one or more methods selected from plural information embedding methods; and embedding identification information in the image for identifying the selected one or more methods. The identification information is embedded in a method allowing an amount of the embedded information to be less than an amount of the embedded information in each of the selected one or more methods.
Abstract:
An imaging apparatus includes: an imaging unit that captures an image by photoelectrically converting a subject image; a feature calculating unit that calculates, per region included in the image, a feature value related to suitability for motion detection; a region-motion detecting unit that detects a motion vector per the region; and a whole-motion calculating unit that calculates a motion quantity of a whole image from the feature value and the motion vector.
Abstract:
An intensity value is independently estimated based upon interpolated values as well as measured sensor values according to the location of an individual sensor within a sensor unit. The interpolated values are in either CrCb or RGB values while an estimated intensity value is in Y value. The independent intensity value substantially improves color resolution.
Abstract:
An image processing apparatus includes an image information acquisition device, an embedment information acquisition device, an embedment mode information acquisition device, an embeddability determination device, and an embeddability information output device. The image information acquisition device acquires image information on a target image into which supplemental information is to be embedded. The embedment information acquisition device acquires embedment information on the supplemental information. The embedment mode information acquisition device acquires embedment mode information on an embedment mode in which the supplemental information is embedded in the image information. The embeddability determination device determines embeddability of the supplemental information into the image information based on the embedment mode information, the embedment information, and the image information. The embeddability information output device outputs determination-result information on a determination result of the embeddability determined by the embeddability determination device.
Abstract:
In an image capturing device, an image acquiring unit acquires image data captured for a subject, a distance information acquiring unit acquires a distance from the subject included within each region to a capturing position for the image data for each of a plurality of regions constituting the acquired image data, a distinguishing information acquiring unit acquires distinguishing information for distinguishing the subject from the image data, and a generating unit generates object regions the subject within the image data is divided up into each processing target from the image data based on the shooting distances and the distinguishing information.
Abstract:
An image processing apparatus configured to embed embedment information in image data includes an embedment information acquisition unit configured to acquire embedment information to be embedded in the image data, an information embedment manner determination unit configured to determine an information embedment manner to embed the embedment information according to one of the acquired embedment information and image data to be generated by embedding the acquired embedment information in the image data, and an information embedment unit configured to embed the acquired embedment information in image data according to the information embedment manner determined by the information embedment manner determination unit.
Abstract:
A noise eliminating device may include a noise eliminating mechanism that eliminates an isolated noise in an image being photographed. The noise eliminating mechanism may include a noise pixel detection mechanism and a pixel correction mechanism. The noise pixel detection mechanism may detect a noise pixel by scanning the image. The pixel correction mechanism may correct a level of a detected noise pixel based on a level of a pixel located in a predetermined area from the noise pixel. A noise eliminating method for eliminating an isolated noise in an image being photographed may include detecting a noise pixel by scanning the image and correcting a level of the detected noise pixel based on a level of a pixel located in a predetermined area away from the noise pixel.
Abstract:
A pattern overlapping device is disclosed for overlapping a pattern in a sheet-like medium or document data to be printed on the sheet-like medium that enables detection of the pattern without a delay. The pattern overlapping device has an overlapping unit for overlapping the pattern at an edge of the sheet-like medium without deficiency of the shape of the pattern.
Abstract:
A method and apparatus of image processing includes first and second memories and first and second copy protector units. The first memory stores a first reference value representing a first characteristic quantity of a predetermined background dot pattern. The first copy protector unit performs a first copy protection operation for detecting a characteristic quantity from an image, comparing the characteristic quantity with the first reference value, and determining whether the characteristic quantity is identical to the first reference value. The second memory stores a second reference value representing a second characteristic quantity of the predetermined background dot pattern. The second copy protector unit performs a second copy protection operation, different from the first copy protection operation, for detecting a characteristic quantity from the image, comparing the characteristic quantity with the second reference value, and determining whether the characteristic quantity is identical to the second reference value.