49 results about "Document reproduction" patented technology

A PC, which is a data-processing apparatus copies a file in a mini disc via a data-recording apparatus. The file is composed of a copyrighted music content accumulated in the HDD of the PC, which have been reproduced from another recording medium such as a CD, a DVD or the like. The data-recording apparatus records the ID specific to the PC in the mini disc. Not only the music file, but also the content ID specific to the content is recorded in the next-generation mini disc used in an embodiment of this invention. The music file, thus backed up, is restored when the device in which the content is to be restored is identical to the PC that has been checked out, or when this device is collated to be identical to the PC.

What is disclosed is a system and method for automatically registering and de-registering custom application services across a fleet of multi-function document reproduction devices in an enterprise network. As described more fully herein, through an implementation of the present method, custom service solutions installed on one computer platform in the network can be automatically replicated and shared across a fleet of multi-function devices without requiring manual registration of the newly deployed service with each device. Registration makes the service user-selectable directly from the device's UI. Further, when a service goes off-line or otherwise becomes available, the service is automatically de-registered with devices whereon the service has been registered. A single instance of an application service can be rapidly replicated without manual intervention. The present system is scalable from a few nodes to many nodes as additional resources are brought online. Various embodiments hereof have also been provided.

What is disclosed is a novel system and method for parallel processing of intra-image data in a distributed computing environment. A generic architecture and method are presented which collectively facilitate image segmentation and block sorting and merging operations with a certain level of synchronization in a parallel image processing environment which has been traditionally difficult to parallelize. The present system and method enables pixel-level processing at higher speeds thus making it a viable service for a print/copy job document reproduction environment. The teachings hereof have been simulated on a cloud-based computing environment with a demonstrable increase of ≈2× with nominal 8-way parallelism, and an increase of ≈20×-100× on a graphics processor. In addition to production and office scenarios where intra-image processing are likely to be performed, these teachings are applicable to other domains where high-speed video and audio processing are desirable.

In a slideshow which reproduces a content associated with comment information, the reproduction timing of the content can be controlled according to the reproduction timing of the comment information. In a reproduction table, the following are associated with each other: reproduction order; image-document combinations indicated by an image (or the identification information of the image, such as a JPEG file name) and a document (or the identification information of the document, such as a TXT file name); the number of characters in the document; and reproduction time of the image and the document identified by the identification information of the image and the document, respectively. The greater the number of characters the document has, the longer the reproduction time the image associated with the document has. Not every image needs to be associated with the document. For example, basic reproduction time of 5 seconds is assigned to image No. 3.

Documents for minimizing and detecting fraudulent activity are provided. The document comprises a printable substrate, a first security feature that forms a latent copy-void warning message that visually appears on an electronically printed reproduction of the document original, and a second security feature that forms a latent validation message that visually appears on a digital reproduction of the document original. This arrangement allows a possessor of the printed document reproduction to quickly identify it as a counterfeit by virtue of the presence of the copy-void warning message on the document original, and allows an inspector of a digital document reproduction to quickly identify it as an authentic digital reproduction of the document original by virtue of the presence and exactness of the validation message. The second security feature is at least partially embedded, and can be completely embedded, within the first security feature. In this manner, a criminal who attempts to circumvent the first security feature by removing the latent copy-void warning message, will inadvertently remove the latent validation message. As a result, any document generated from such fraudulent activity will not contain the validation message, thereby indicating to an inspector of the digital image that it was not generated from the document original. Methods for authenticating a digital reproduction of an original document are provided. The document original carries nano-structures that form a latent message, such as a validation message. The method comprises creating the digital document reproduction, examining the digital document reproduction for the message, which can be done manually or automatically, and authenticating the digital document reproduction based on the examination. If the message is a validation message, its identification may be used to conveniently authenticate the digital image. Another method comprises digitally reproducing the document original to form a pixel pattern representing the message, comparing the pixel pattern with a reference pixel pattern, and authenticating the digital document reproduction based on the comparison. The pixel pattern comparison may be accomplished manually, but preferably is accomplished by a machine automatically in order to facilitate the authentication process. In one method, the reference pixel pattern is obtained by digitally reproducing a known sample of the document original. The nano-structures may be optionally modulated, so that any pixel pattern differences between the digital document reproduction and the sample image is accentuated. Documents that confine a multitude of latent messages in a single region are provided. The document comprises a printable substrate, a latent message having a visual density configured to change in the presence of an environmental condition to activate the latent message on the document original, and a normally visible message having a visual density configured to change in the presence of the environmental condition (e.g., a thermal condition involving an increase in temperature) to deactivate the normally visible message. The latent message and the normally visible message spatially overlap with each other, so that, e.g., the messages can be confined to a single region. Because only one of the messages is intended to be activated at a given time, they can co-exist. The latent message may, e.g., a validation message, and the normally visible message may be, e.g., bearer information, e.g., bank check bearer information. The normally visible message may also occupy a region defining a bearer field, e.g., a signature field.

The present invention is directed to a system and method for secure document transmission. A sender selects a portion of an original document containing confidential information using a highlighter, bracketing, underlining, or other identifying marks. The original document is then scanned to generate an electronic version, which is subject to optical character recognition to locate the portions of the document containing confidential information based on the identifying marks. These portions containing confidential information are then encrypted and a hybrid document containing non-encrypted portions and encrypted portions is generated. The hybrid document is then sent to a recipient, along with a decryption key. The hybrid document is then marked by the recipient to designate those areas containing encrypted information. The marked document is then scanned to generate an electronic version, which is analyzed to identify which portions require decryption based on the identifying marks made by the recipient. These portions are decrypted and a complete reproduction of the original document is generated for the recipient.

Embodiments of the present invention comprise methods and systems for associating a hard-copy document with computer-readable information and for accessing that information.

A file recording device includes a control unit (101) that controls a batch copy process which copies collectively a plurality of files stored in a first recording medium (300) from the first recording medium (300) to a second recording medium (106). When a batch copy process is completed, the control unit (101) records copy date and time identification information for identifying copy completion date and time to the first recording medium. The control unit (101) performs the control so as to compare the batch copy completion date and time indicated by the copy date and time identification information with recording date and time information on files stored in the first recording medium, to identify a file recorded in the first recording medium (300) later than the date and time on which the batch copy is performed, and then to copy the identified file to the second recording medium (106).

Systems and methods are disclosed which enable the establishment of file dates and the absence of tampering, even for documents held in secrecy and those stored in uncontrolled environments, but which does not require trusting a timestamping authority or document archival service. A trusted timestamping authority (TTSA) may be used, but even if the TTSA loses credibility or a challenger refuses to acknowledge the validity of a timestamp, a date for an electronic document may still be established. Systems and methods are disclosed which enable detection of file duplication in large collections of documents, which can improve searching for documents within the large collection.

Software bundles are installed on target computers by initially creating a set of distinct image files, each corresponding to a software bundle resident in a reference storage medium of a reference computer built according to specified hardware and software configurations. The image files are copied into each of a plurality of target storage mediums. The target computers are built according to the specified hardware configuration of one of the previously created image files and include the target storage mediums. Each target computer then selects one of the image files in its target storage medium, the selected image file corresponding to the hardware configuration of the target computer and having a desired software configuration. The selected image file for each target computer is decoded to produce the software bundle stored in the target storage medium.

An apparatus includes: a information file generation unit generating a information file indicating the dependence between an image file and a group to which the image file belongs; an image file selection unit selecting an image file; an information input unit inputting related information to be displayed with a reproduced image when the selected image file is reproduced; an image file generation unit generating an image file with related information for use in reproducing the related information together with the selected image file; and a group selection unit selecting a group to which the image file with related information belongs. The information file generation unit generates designation information for designation of the dependence between the image file with related information and the selected group, and the designation information is stored in the information file such that the image file with related information can be reproduced in a predetermined order.

What is disclosed is a novel system and method of inheriting intended GCR into a 4-to-4 cascaded LUT to compensate for print engine change which adversely impacts the quality of an output print. The present method uses the device link transform to generate starting LUT nodes for the inverse of the drifted printer model by inputting CMYK or RGB into the device link at a color space resolution sufficient to determine output nodes. Lab and CMYK values are derived from this process, and a “starting LUT” is created at the Lab destination nodes. An iterative control begins with this starting LUT to produce an inverse drifted printer model that contains a close approximation for the intended GCR. The present method captures the intent of the device link transform for a fleet and generates the cascaded LUT for drift, specific printer, side1/side2, and other modes leading to special GCRs.

A system and method that enables scan to print services is disclosed. In one embodiment, Document Reproduction System (DRS) has at least one scan to print job template specifying at least one recipient and at least one printing device. A storage pool service is also provided for storing the job template which is accessible by at least one printing device. A scanner is utilized for receiving a digitized version of a document to be manipulated by the specified job template parameters. The DRS performs the specified operations on the digitized document in accordance with the job template parameters and then the document is forwarded to the recipient's designated printing device.

What is disclosed is a novel system and method for determining an amount of clear toner to be applied to a document image to improve smoothness in an output print rendered using a xerographic device capable of applying clear toner to the image in the image path. Using clear toner to improve smoothness enables a GCR strategy in which more black can be used. This, in turn, decreases the incremental cost for clear toner. The teachings hereof present attractive trade-offs for print shops specializing in color document reproduction and other customers of high-end xerographic devices capable of applying clear toner. Various embodiments are disclosed.