Abstract: A technique is provided, which can help the user to know well that process modes have been switched among them, thereby enabling the user to work more efficiently. A display control device is provided, which comprises: a selection information acquisition unit 201 that acquires selection information representing which process mode has been selected from a plurality of process modes in which different processes are performed; and a control unit 202 that displays display objects corresponding to set items related to the process mode selected, in a first display region on a screen, and display objects corresponding to any process mode not selected, in a second display region narrower than the first display region on the screen, on the basis of the selection information acquired by the selection information acquisition unit 201.

Abstract: A technique is provided, which can display objects, such as icons corresponding to a process object which will be subjected to a specific process, at appropriate positions on a screen, thus providing convenience on the part of the user. A display control device is provided, which can display, on a screen, a plurality of display objects related to a process object to undergo a predetermined process.

Abstract: There is provided a technique capable of appropriately arranging a plurality of objects to be displayed such as icons on a screen so as to contribute to an improvement of convenience for each user. A display controller for controlling display of a plurality of objects to be displayed, comprises: an importance information acquisition section 203 that acquires information concerning the importance levels in the screen display which are associated with respective objects to be displayed; and a control section 206 that displays objects to be displayed, based on the information acquired by the importance information acquisition section 203, in the display area constituted by the first to n-th (n is an integer number more than 1) substantially ring-like areas, in which an (x?1)th (x is an integer from 2 to n) area is located inside an x-th area, such that objects to be displayed having higher importance than those to be displayed in the x-th area are displayed in the (x?1)th area.

Abstract: The image processing system of the present invention comprises: a built-in type memory in which the number of bits per address is L×M×N bits or more, where L is an integer of 1 or larger, M is an integer of 2 or larger, and N is an integer of 2 or larger; and a bit rearranging part which performs rearrangement of bits within a same address by a set of L-bits, in order to perform inversion or rotation of an image data of M×N pixels on either of the data writing side or the data readout side of the memory part, or on both of those sides.

Abstract: A method for automatically editing video sequences to produce lenticular grid hardcopies, includes the selection of a first set of images in a shot image sequence; the assignment to each image of the image set of an individual quality factor as a function of image characteristics; the selection of at least one new image set by replacing at least one image of the previously selected image set by a new image of the shot sequence; the preparation of image data to form a lenticular grid hardcopy, based on an image set taken from among the previously selected image sets and with the highest overall quality factor, the overall quality factor being a function of the individual quality factors of the images of each selected image set.

Abstract: When a folder icon is dropped on a scanner icon, a scan application determines a reference folder. The scan application searches the reference folder and, if necessary, a folder in an upper hierarchical layer for a read control information file. In accordance with the contents of the read control information file, the scan application instructs a scanner to scan image data.

Abstract: The disclosed implementations relate generally to three-dimensional look-up table (3D LUT) techniques for color correcting digital images. In some implementations, a method of correcting images includes: receiving a request to correct a digital image; and in response to the request, correcting at least a portion of the digital image using a 3D LUT.

Abstract: A system and method for tetrahedral interpolation computations using data-level parallelism that takes advantage of data-level parallelism in media processors. If the tetrahedron points in a 3D lookup table are packed together in a memory, the interpolation computation can be implemented without extra instructions to unpack them. An algebraic manipulation of the interpolation equation allows computing the difference on the fraction coefficients instead of the tetrahedron node values. Not only will this technique preserve the full precision without over or underflow, but the packed data from the 3D lookup can be used directly, thereby allowing a faster implementation of the color space transformation overall and implementing as part of a direct-copy image path on a media processor. Such a system and method allows the implementation of the direct copy pipeline to function at the required performance rate as requested by a customer specification while obtaining the required product design speed.

Abstract: An ink jet printing apparatus that improves the visibility of a character and its background in different colors or of outline characters is provided. Specifically, outline character bold data is inverted and each of the pixels in the data is expanded to adjacent eight pixels. Then, the expanded outline character is processed into expanded inverted data. The logical AND of the inverted expanded data and K data on a background image is then calculated to generate K data with the outline character expanded. This results in an image with the outline character expanded. That is, the present invention enables characters with improved visibility and free from blurredness to be printed while preventing the adverse effect of bleeding on the outline character.

Abstract: If a memory card MC is inserted in a slot 34, a control circuit 30 of a color printer 20 acquires image output control information GI from the memory card MC and analyzes this information. A CPU 31 modifies a brightness standard value Bstd corresponding to a brightness parameter by taking account of a preset exposure bias value when an exposure bias value other than zero is set. The CPU 31 determines the brightness correction level Brev by correcting the brightness representative value Brep so as to bring it closer to the brightness standard value Bstd that has been modified, and adjusts the image quality of image data by taking account of the brightness correction level Brev. As a result, the image quality of image data can be automatically adjusted without degrading output conditions that have been set arbitrarily.

Abstract: A data processor controls an image-forming device as the control target. The image-forming device is capable of recording images on a recording medium conveyed one sheet at a time from a feeding unit based on image data transmitted from the data processor. The data processor controls the image-forming device to begin conveying an N+1th sheet of the recording medium before the image-forming device finishes recording an image on an Nth sheet of recording medium on the condition that the data processor has transmitted indicate data to the image-forming device indicating the existence of an image to be recorded on the N+1th sheet of recording medium.

Abstract: When an image of a read out document is acquired, an MFP obtains information of a read out state of the image (document orientation or the like) or a copy setting information (magnification and the like), qualified as the copy permissive condition embedded in the image. Copying is permitted only when the read out state of the image or the copy setting of the image matches the permissive condition embedded in the image.

Abstract: An image processing apparatus communicatable with other image processing apparatus, determines whether the other image processing apparatus has image data corresponding to application data and whether the image data is processible itself. If the apparatus determines the other apparatus has the image data and the data is processible itself, the apparatus acquires the image data from the other apparatus. If the image processing apparatus determines the other apparatus does not have the image data or the data is not processible, the apparatus acquires the application data from the other apparatus. When the application data is acquired, the image processing apparatus converts the data into image data of a printable data format. Then, the converted image data or the acquired image data is printed.

Abstract: An approach is provided for managing the processing of print data at a printing device based upon available consumable resources. A printing device includes a print process configured to determine consumable resources that are currently available at the printing device. The print process is further configured to determine which print data is to be processed based upon the consumable resources currently available at the printing device and the consumable resources required to completely process each of the print data. Print data that can be completely processed using the currently available consumable resources are selected for processing. The print process may also be configured to cause a notification to be provided to a client device to indicate the consumable resources currently available at a printing device and/or that insufficient consumable resources were available to process particular print data and to recommend other consumable resources to process the particular print data.

Abstract: A printer, scanner device and methods for using same are described herein. A printer device may include a dedicated input that, when actuated, generates and sends a request to a computer for known data or a predetermined print job, e.g., schedule information from a personal information management (PIM) application. A scanner device may include another dedicated input that, when actuated, automatically scans a document fed to the device by the user and sends the scanned image to IM (or other) software on a computer, bypassing the need to manipulate the scanned image using scanner software. The device may be used with printed metapaper, which includes a barcode or other indicia identifying the metapaper and corresponds to a stored template image of the metapaper. When the metapaper is rescanned, the scan can be compared to the stored template information to identify changes and synchronize the changes with the IM software.

Abstract: Methods are disclosed that include receiving information regarding a print order, generating a plurality of possible workflows to complete the print order, determining what materials and resources will be required to complete the print order, estimating a cost for completing the print order for each workflow including estimating costs for shipping some or all of the print job based upon the materials and resources to be used, and choosing a workflow to use to complete the print order based at least in part upon the estimated cost for each workflow. Methods also include providing the estimated cost of completing a print job to the generator of the print order, submitting a bid based upon the estimated cost, and selecting a printing organization based upon the bids received.

Abstract: A method is provided for managing the scheduling of a plurality of print jobs for a print shop. The method includes obtaining a print job input stream including the plurality of print jobs. Each of the plurality of print jobs is scheduled for processing unless at least one of the plurality of print jobs is determined to be a disturbance job, the disturbance job causing delays in processing of other print jobs in the plurality of print jobs that would not occur but for the existence of the disturbance job in the print job input stream. The disturbance job is then assigned a processing related value that decreases over time, and scheduling of the disturbance job is delayed until the processing related value is less than a selected threshold value.

Abstract: Systems and methods for generating a dynamic re-configuration with a DFE imager and caching modules to optimize RIP performance by analyzing pages within the job that collect page with job heuristics and statistics. Enabling the functionality to assess the information, thereby re-configuring a digital printer's imager and caching module dynamically during the job RIP to achieve improved overall RIP performance. Accordingly, a system collects and assesses job statistics across multiple jobs to enable optimum performance over time.

Abstract: A method is provided for managing the scheduling of a plurality of print jobs for a print shop. The method includes obtaining a print job input stream including the plurality of print jobs. Each of the plurality of print jobs is scheduled for processing unless at least one of the plurality of print jobs is determined to be a disturbance job, the disturbance job causing delays in processing of other print jobs in the plurality of print jobs that would not occur but for the existence of the disturbance job in the print job input stream. The disturbance job is then assigned a processing related value that increases over time, and scheduling of the disturbance job is delayed until the processing related value exceeds a selected threshold value.

Abstract: An approach is provided for implementing locked printing on a printing device with remote unlock. The printing device includes a locked print process that is configured to examine print data received by the printing device and determine whether locked printing is to be used for the print data. Print data designated for locked printing is stored on the printing device. The printing device also includes a Web application configured to generate Web pages that define a Web-based graphical user interface. When processed at a client device, the Web pages allow a user to enter authorization data that is transmitted to the Web application on the printing device. The locked print process verifies the authorization data and if the authorization data is successfully verified, allows the user access to locked print data on the printing device. The approach may also be implemented using a common repository to store print data.

Abstract: An image forming apparatus includes a user set data storage portion for storing user set data indicating contents of processing that a user lets the image forming apparatus perform, the user using the image forming apparatus primarily, a new apparatus detection portion for detecting a new image forming apparatus that has newly joined an intranet, a new apparatus function data obtaining portion for obtaining function data indicating functions that the new image forming apparatus has, a suitable function extraction portion for determining, based on the user set data, a function that is more appropriate for the user than a current function from the functions indicated in the function data, and a change candidate notice processing portion for informing the user of the function determined to be more appropriate than the current function.

Abstract: An image processing apparatus for printing includes an analysis unit, a correction unit, a print-data generating unit, and a storage unit. When first analysis data corresponding to target image data has been generated, the analysis unit does not perform analysis processing on the target image data. When first analysis data corresponding to the target image data has not been generated, the analysis unit performs analysis processing on the target image data and generates second analysis data. The correction unit corrects the target image data using the first or second analysis data corresponding to the target image data and generates corrected image data. The print-data generating unit generates print data using the corrected image data. The storage unit stores the second analysis data in association with the corresponding target image data.

Abstract: An image saving method and a computer-readable medium thereof. First, an image with a first image resolution is saved to a memory unit. Next, a parameter corresponding to the image is requested to be inputted. Then, a saving status of the memory unit is judged. Finally, when the saving status of the memory unit approaches a threshold value, the image with the first image resolution is automatically downsized to a downsized image with a second image resolution according to the parameter.

Abstract: A print system in which one or more printers are connected to a print server through a network is disclosed, including: a part acquiring printer information indicating a state of the printer from each of the one or more printers at an appropriate timing; a part generating and distributing metadata including biographical information of a document subject to be printed out at the printer and data storage location information from the print server; and a part generating and distributing applicable print data based on the print information corresponding to the printer which sent a request when the request is received based on the metadata from the printer to acquire the applicable print data of the document subject to be printed out.

Abstract: A printer, scanner device and methods for using same are described herein. A printer device may include a dedicated input that, when actuated, generates and sends a request to a computer for known data or a predetermined print job, e.g., schedule information from a personal information management (PIM) application. A scanner device may include another dedicated input that, when actuated, automatically scans a document fed to the device by the user and sends the scanned image to IM (or other) software on a computer, bypassing the need to manipulate the scanned image using scanner software. The device may be used with printed metapaper, which includes a barcode or other indicia identifying the metapaper and corresponds to a stored template image of the metapaper. When the metapaper is rescanned, the scan can be compared to the stored template information to identify changes and synchronize the changes with the IM software.

Abstract: The device includes computer hardware and software that allows a user to create and disseminate a customized postcard, in either physical or electronic form. The user uses the device to select various design elements, which may include a template, a photograph/image taken with the user's digital camera and transmitted to the device, predetermined stock photographs/images stored on the device, predefined or user-provided free-form text, or a digitized form of the user's signature. The postcard may also include text that is applied automatically by the device, such as geographic locale- or resort-identifying text. For e-mailed or website-posted postcard images, the user may also include a music/sound file. The stock images and the sound files available for selection by a user using a specific device correspond to a specific locale in which the specific device is physically located; devices in different locales are provided with different images and sounds.

Abstract: A computer is provided with an application and a printer driver. A user of the computer generates image data using the application. When the image data is for a plurality of pages, the user selects a desired watermark for each of the plurality of pages. The printer driver converts the image data into print data, and combines selected watermarks with the print data for corresponding pages, thereby generating updated print data. The updated print data is output as a single print job to the printer. The printer executes printing operations based on the print job so as to print an image on a plurality of pages, each formed with a corresponding watermark.

Abstract: A spatial mask printer may be used in conjunction with an optical inspection tool. The tool can be used to obtain a Fourier image of an inspected object, and a filter mask image can be designed to block certain aspects of the object's image in the Fourier plane corresponding to repetitive aspects of the imaged object. The filter mask image can then be printed and used in the tool during the inspection process. The mask image may be designed by hand or by computer and may be stored for later use. Filters may be automatically placed into the optical path of the inspection tool by a filter wheel, or may be housed in other filter banks. The printer may be configured to operate in a clean room environment, and may be integrated into the optical inspection tool.

Abstract: An image forming device having a function to provide a fax server service based on requests from clients in a segment is provided with a high function server detection portion for detecting a high function fax server having a higher communication function than the image forming device itself and having a function to provide the fax server service, a server shift necessity judgment portion for judging whether or not to shift a role to provide the fax server service to the clients from the image forming device to the detected high function fax server, and a server shift processing portion for performing a shift process for shifting the role from the image forming device to the high function fax server, if it is judged that shifting is to be performed.

Abstract: A facsimile apparatus 1 is provided, which can access a latest database 6a associating facsimile numbers and destination names. The apparatus includes a storage unit 20 for storing a destination table 12a in which button information such as one-touch dial buttons, facsimile numbers, and destination names are associated, an input unit 21 for accepting an instruction for one-touch facsimile transmission, a facsimile number acquisition unit 23 for identifying a destination name associated with the transmission instruction by referring to the destination table 12a and searching the database 6a using the destination name as a search key to acquire a facsimile number associated therewith, and a transmission unit 24 for determining whether the acquired facsimile number agrees with a facsimile number associated with a one-touch dial button accepted by the input unit 21 and executing facsimile transmission only when the numbers agree.

Abstract: An image processing apparatus which can execute an image process which is desired by a client while minimizing a connection time and an interactive communication between the client and the image processing apparatus is provided. To accomplish the above object, according to the invention, there is provided an image processing apparatus for receiving an agent including an operation train via a network and allowing an image processing unit to execute image processes. This apparatus is constructed to include: a control unit for controlling the image processing unit; an interpreting unit for interpreting the operation train of the agent; and a message output unit for outputting a message to the control unit in response to the operation train interpreted by the interpreting unit.

Abstract: In one embodiment, a method for correcting image data for a captured image for lens shading artifacts is provided. The method comprises determining a plurality of one dimensional correction curves that can be applied to the image data to correct for lens shading artifacts therein; and correcting the image data for lens shading artifacts based on the one dimensional curves.

Abstract: A printer, scanner device and methods for using same are described herein. A printer device may include a dedicated input that, when actuated, generates and sends a request to a computer for known data or a predetermined print job, e.g., schedule information from a personal information management (PIM) application. A scanner device may include another dedicated input that, when actuated, automatically scans a document fed to the device by the user and sends the scanned image to IM (or other) software on a computer, bypassing the need to manipulate the scanned image using scanner software. The device may be used with printed metapaper, which includes a barcode or other indicia identifying the metapaper and corresponds to a stored template image of the metapaper. When the metapaper is rescanned, the scan can be compared to the stored template information to identify changes and synchronize the changes with the IM software.

Abstract: A scanning method for a scanner is provided. The scanner comprises a first charge coupled device (CCD) and a second CCD. First, the scanner is set to scan at a first resolution. A first pixel matrix with the first resolution is obtained by the first CCD, and a second pixel matrix with the first resolution is obtained by the second CCD. Then, each pixel of the first matrix is merged with a corresponding pixel of the second matrix to output an output pixel matrix with the first resolution.

Abstract: A sheet medium processing apparatus includes a guiding passage connected to a passage branch section which can branch a part of a medium passage directed to a discharge tray section positioned on an image forming apparatus side when a sheet medium is output from the image forming apparatus, and a discharge tray for holding the sheet medium fed through the guiding passage. The discharge tray is positioned lower than the discharge tray section, and at least parts of the passage branch section and the guiding passage section are covered with the discharge tray section.

Abstract: A paper pressing device for a scanning apparatus is provided, which include a scanning module and a paper track corresponding to the scanning module, wherein the paper track is provided for a paper sheet passing through. The paper pressing device includes a film and a pressing block. The film is disposed on one side of the paper track opposite to the scanning module. The pressing block is disposed on one side of the film opposite to the scanning module and presses against the film for reducing the height of the paper track above the scanning module. When the paper sheet is passes over the scanning module, the paper pressing device presses the paper sheet for maintaining the paper sheet flat while being scanned.

Abstract: An apparatus for illuminating a document comprises an optical element defining an entry surface and an exit surface opposite the entry surface. A first substantially parabolic surface and a second substantially parabolic surface are defined between the entry surface and the exit surface.

Abstract: A dark and light color separation of four fundamental colors into color materials containing light ink is realized at high speeds. A cross patch where a discrete color material amount with regard to two kinds of color materials having a different density is distributed in a cross pattern is printed by an image output device. In addition, there are produced a density characteristics map and a color material amount characteristics map. Accordingly, the cell of the equal color material amount is searched within a range not exceeding a target color material use amount from the color material characteristics map and the cell of the equal density is searched within a range not exceeding a target density from the density characteristics map. As a result, it is possible to determine a combination of a color material amount of each of a dark color material and a light color material.

Abstract: The disclosed implementations relate generally to improved workflows for color correcting digital images. In some implementations, a method of correcting images includes: presenting a user interface on a display device, the user interface including a display area; presenting a digital image in the display area; overlaying a correction interface on the digital image; and performing a correction operation on at least a portion of the digital image in response to a user interaction with the correction interface, where the correction operation is performed with real-time responsiveness.

Abstract: A gradation pattern is printed, the gradation pattern is corrected with a gamma correction table TO based on a result in which the printed gradation pattern is read, the corrected gradation pattern is printed on a photosensitive drum or the like, and a measured density of the printed gradation pattern in S4 is stored as a reference value of density DR. Thereafter, without user's operation, at a set automatic timing, the read gradation pattern P is corrected with the gamma correction table TO and printed on the photosensitive drum or the like, density deviation ?D between a measured density D of the printed gradation pattern in S6 and the reference value of density DR is determined, and the latest gamma correction table T is generated and updated on the basis of the density deviation ?D. Consequently, high-quality image formation can be automatically performed.

Abstract: A method for identifying and correcting for spatial variation within scanning bars includes performing diagnostic scans of at least one sheet, in which a sheet(s) is scanned in various orientations and translations, with each of the orientations identified. The diagnostic scans are registered with one of the individual diagnostic scans to produce registered scans. The registered scans are averaged to create a master scan corresponding to the sheet, such that the master scan is indicative of the spatial variation within the sheet.

Abstract: A device and method of editing documents created in different application programs and stored in a storage unit of a printer to create a new document according to a minimum unit.

Abstract: An optical information processing apparatus is provided. The optical information processing apparatus includes: an optical system which irradiates a reference beam on an optical information recording medium having a plurality of recording regions adjacent to each other so that the reference beam is wider than each of the recording regions; a filter which filters readout beams reproduced from the optical information recording medium to pass a selected readout beam reproduced from a selected recording region and separates neighborhood readout beams reproduced from neighborhood of the selected recording regions; a readout beam detector which detects the selected readout beam passing through the filter; a neighborhood readout beam detector which detects the neighborhood readout beams separated by the filter; and a controller which compares the neighborhood readout beams detected by the neighborhood readout beam detector to control a reproduction condition of the selected readout beam.

Abstract: Contrast enhancement films for a direct-view display include a substrate having first and second opposing sides, an array of optical microstructures on the first side, and an optically blocking film including an array of apertures on the second side. The contrast enhancement film is configured to mount between a direct-view display panel and an outer panel of the direct-view display.

Abstract: An access method for a multi-layer holographic recording medium which method enables rapid access to the recording position of desired data. In a multi-layer holographic recording medium 16, data pages formed by two-dimensionally arranging a plurality of data blocks for recording data are angle-multiplex-recorded in respective holographic recording layers. In a multi-layer holographic memory reproducing apparatus 10, a data block is accessed based on a layer number assigned to each of the holographic recording layers, a number assigned to each of data pages in each of the holographic recording layers, and a number assigned to each of data blocks in each of the data pages.

Abstract: A hologram recording/reproduction device reproduces recording information from a holographic recording medium where interference fringes formed by a reference light and an object light corresponding to the recording information are recorded. The hologram recording/reproduction device includes: irradiation means for irradiating the reference light to a holographic recording medium; data generation means for generating detection information data (Ddet) according to the detection light generated by irradiation of the reference light; setting means for setting a target irradiation position of the reference light on the surface of the holographic recording medium according to the detection information data; and movement means for moving the irradiation means with respect to the holographic recording medium along its surface so that the reference light is irradiated to the target irradiation position.

Abstract: A holographic data storage system that includes a write head that includes a pixellated spatial light modulator and a separate or integral phase mask that varies the phase depending on the location in the phase mask that light passes through. The phase variation can be changed over time in a random, pseudo-random, or predetermined fashion. The spatial light modulator and phase mask can be implemented in a liquid crystal SLM (nematic, ferroelectric, or other), in a DMD SLM, in a magneto-optical SLM, or in any other suitable manner.

Abstract: A laser apparatus includes a laser capable of generating a laser signal; means for conditioning the laser signal; and means for varying the beamwidth of the laser signal as it is scanned into the field of view.

Abstract: An image reading apparatus has a light source and an image capturing device disposed to face each other with a document table interposed therebetween. The image reading apparatus includes: an image capturing device moving mechanism, operable to perform a moving operation for moving the image capturing device in a scanning direction; and a light source moving mechanism, operable to move the light source in the first direction with the movement operation performed by the image capturing device moving mechanism.

Abstract: An improved laser display apparatus is disclosed, which comprises a LED device array in which a plurality of laser diode devices are arranged in a straight shape for thereby scanning a laser diode in accordance with an image signal inputted, with the laser diode devices being designed to generate laser light; a collimation lens which is provided at one side of the LED device array for collimating each laser light scanned from the laser diode devices in parallel in one direction; a condensing unit which is provided at one side of the collimation lens for collimating each laser light, which is collimated in one direction by the collimation lens, through one imaginary focus; and a scanning unit which reflects laser light which transmits through the condensing unit.