Xerox Corporation

Fujifilm North America Corporation

Other

Fuji Xerox Co., Ltd.

William A Fuss

Reiner Eschbach

Shen-Ge Wang

Zhigang Fan

James R Low

Christopher T Asbury

Dennis Lee Venable

Michael Robert Campanelli

Nathaniel P Curry

Edward Neil Chapman

Ricardo L De Queiroz

Robert Roy Buckley

Paul Roberts Conlon

James E Bollman

Marc Rene

Mu Qiao

Martin Edward Banton

Takashi Nagao

Toshiya Yamada

Farzin Blurfrushan

Ryan W Moore

Kazuya Yamada

Victor Moudgil

Jason Womer

George Jegadesh

Steven Jay Harrington

Michael E Farrell

Ying-wei Lin

Charles Michael Hains

Thyagarajan Balasubramanian

David E Rumph

Yeqing Zhang

Roger Lee Triplett

Karen Marie Braun

Michael Branciforte

Raymond J Clark

Jonathan Ross Ireland

Brian L Waldron

Sharon A Krueger

Calvin John Marlett

Patrick A Fleckenstein

Daniel M Murray

Calvin Jon Marlett

Dennis A Venable

A method for generating a digital image collage is provided. The method includes accessing digital images stored in a memory; selecting first, second and third digital images; generating a first aperture in a collage template layout, and populating the first aperture with the first digital image; randomly dividing the first aperture into second and third apertures, populating the second and third apertures with the first and second digital images, respectively; randomly dividing the second aperture into fourth and fifth apertures, populating the third aperture with one of the three digital images, populating the fourth aperture with another of the three digital images, populating the fifth aperture with the remaining digital image, identifying one of the three digital images as a target digital image; and changing the size of the respective aperture associated with the target digital image so that the respective aperture includes a greatest aperture area.

System and method for generating a digital image collage

A method for generating a digital image collage is provided. The method includes displaying a collage template on a user interface, wherein the collage template includes populating a plurality of randomly configured apertures with digital images; assigning a weight to each of the apertures based on an area of the apertures; and selecting a new digital image to add in the layout. In response to the user input command, comparing the weights assigned to the respective apertures in the layout to identify an aperture having the greatest weight among the apertures; randomly dividing the aperture having the greatest weight into two new apertures to change the layout to a different arrangement; and populating the two new apertures and the remaining undivided apertures among the plurality of apertures in the layout with the new selected digital image and the previously selected digital images, thereby generating the digital image collage.

A system and method for generating a digital image collage is provided. The method comprises displaying a user interface comprising a collage template including a layout, and a catalog segment; displaying a plurality of digital images in the catalog segment; generating a first aperture in the layout to establish a first arrangement, and populating the first aperture with the first selected digital image; changing the layout from the first arrangement to a second arrangement, wherein the second arrangement comprises randomly dividing the first aperture into a second aperture and a third aperture, populating the second aperture with the first selected digital image, and populating the third aperture with the second selected digital image thereby generating the digital image collage.

A method for generating and displaying a print product offering including a plurality of digital images is provided. In one aspect the method comprises: generating a group of digital images from the plurality of digital images; classifying each of the digital images within the group based on an image quality parameter that is a predetermined minimum image file size; selecting only the digital images in the group which conform to the image quality parameter; providing a pre-developed electronic image product layout including a plurality of virtual orifices; populating the plurality of virtual orifices with only the digital images which conform to the image quality parameter to provide an image product template design; and displaying the image product template design as the print product offering on a display of the computing device.

Methods, system, and computer-readable medium for automatic generation of image-based print product offering

A system and method for generating and displaying a print product offering including a plurality of digital images is provided. The method comprises: providing a photo lab computing device comprising a memory, wherein a plurality of digital images are stored in the memory; generating a group of digital images from the plurality of digital images; classifying each of the digital images within the group based on at least one image quality parameter; selecting one or more of the digital images in the group which conform to the at least one image quality parameter; generating an image product template design including the digital images which conform to the at least one image quality parameter; and displaying the image product template design as a print product offering.

Computer-implemented methods, computer-readable medium, and computer-implemented system for automatic generation of image-based print product offering

A method and system create an image-based pattern color space for use in conjunction with rendering a print job. The pattern color space is defined, in a page description language, by a variable portion, a fixed portion, and a bounding shape. A procedure is defined for painting the variable and fixed portions within the bounding shape. The variable portion is based upon variable data associated with the print job and the fixed portion is an image associated with the print job such that a gloss mark is created in rendering the print job by painting a gloss mark font text symbol with the image of the print job, and a correlation mark is created in rendering the print job by painting a correlation mark font text symbol with the image of the print job.

System and method for producing correlation and gloss mark images

A method for simulating a textured appearance on a uniform substrate includes using variable halftone dot orientations. A texture description is provided for generating electronic data representing a three-dimensional texture. Texture regions of the texture description are identified using pixel cells in the electronic data. Halftone dot orientations are assigned for each pixel cell based on a value of the pixel cell. The halftone dot orientation represents a recessed or a raised surface portion.

Simulated paper texture using glossmark on texture-less stock

A system for generating a security mark includes a data reception component that receives information. A security mark generation component in communication with the data reception component generates at least one security mark configuration based at least in part upon the received information. The at least one security mark configuration includes at least one simulation mark which resembles a natural feature. An application component applies one configuration of the at least one security mark configurations to a recipient. The applied security mark configuration obeys at least one rule whereby the security mark is distinguishable from the natural feature which it resembles by a system for detection of security marks.

Detection of security marks simulating natural defects for embedding information in documents

Disclosed are methods and systems of processing work flow associated with a print job including Specialty Imaging such as UV and/or IR encoding. According to one exemplary embodiment, a printing system controller accesses a spatially structured ink composed of a plurality of non-overlapping primitive spot colors to render Specialty Imaging effects along with other images and text associated with the print job.

UV and IR specialty imaging methods and systems

Systems and methods are described that facilitate identifying objects in a document (e.g., a PDF document) for automatic image enhancement (AIE). A PDF document is 'chunked' or segmented into chunks, and boundaries between chunks are identified as real or imaginary. Chunks sharing imaginary boundaries are combined, while real boundaries are retained, to generate 'de-chunked' objects. These objects are then classified, and an AIE application is executed on objects meeting pre-specified classification criteria. In this manner, objects of r which AIE is not desired are not subjected to the AIE application, thereby saving time and processing resources associated with enhancing the document.

PDF de-chunking and object classification

A method includes receiving a primary image as input data and receiving textured image data for rendering a perceived non-uniform texture on a printed output of the primary image. The primary image input data is used for determining a low coverage portion and a high coverage portion. The method then includes applying clear toner to the low coverage portion and applying colored toner at variable anisotropic orientations to the high coverage portion.

Simulated paper texture using clear toner and glossmark on texture-less stock

A system is adapted for simulating a textured pattern on a non-textured substrate. The system includes generating at least a first textured description in a controller unit operatively associated with at least one image forming apparatus. The first textured description is combined with at least one image of an original print job to generate a first print job. The first textured description is printed on at least one face of a substrate to provide a perceived first textured substrate. The at least one image is then printed on the perceived first textured substrate.

Simulated paper texture using clear toner on uniform substrate

Disclosed are methods/systems to embed a watermark into a contone image. Specifically, the disclosed methods and systems spatially modulate a contone image substantially adjacent a watermark area according to a first polarization and spatially modulate the contone image substantially within the watermark area according to a second polarization. These spatially modulated images may then be subsequently processed, stored, communicated and/or rendered.

Methods and systems to embed glossmark digital watermarks into continuous-tone images

A document printing method includes receiving a print job of electronic document data representing a document including a security character string with at least one character defined in the electronic document data in terms of a security mark creation font. The security mark creation font is a scalable outline based font, wherein the security character string is defined with a selected security effect, and wherein the security mark creation font provides an indication of the selected security effect without implementing the security effect. An SI Font is selected that corresponds to the security mark creation font of the at least one character of the security character string. The SI Font includes a bitmap representation of the at least one character of the security character string. The SI Font is suitable for printing the security character string with the selected security effect. The step of selecting an SI Font includes selecting the SI Font based upon a unique name of the SI Font that corresponds to a name of the security mark creation font, and also includes selecting the SI Font based upon at least one other attribute of the security mark creation font. A font substitution is performed in which the selected SI Font is used to define the security character string in the electronic document data in place of the security mark creation font. After the font substitution, a hard copy output of the document is printed as defined by the electronic document data including the substituted SI Font. A system is disclosed for performing the document printing method.

Using application side truetype or other outline fonts to create specialty imaging fonts on digital front-end

Growing community of inventors

Rochester, NY, United States of America

William A Fuss