Xerox Corporation

Palo Alto Research Center Inc.

Jeff Breidenbach

Eric Saund

David L Hecht

Rangaswamy Jagannathan

Steve B Cousins

Jindong Chen

A document processing system and method thereof are disclosed. The system comprises machine-readable data such as DataGlyphs and human-readable data such as rendering text of the DataGlyphs that are applied on the document. Processing devices of the system can decode document-processing instruction(s) embedded in the machine-readable data, and then optionally execute at least part of the instruction automatically. A designed stamp is also provided to generate the machine-readable data and human-readable data on the document.

Document processing devices, systems and methods thereof

Apparatus, methods, and articles of manufacture consistent with the present invention provide a check validation scheme wherein a payor's signature is digitized, encrypted and embedded on the front of the check using glyphs. When the payor seeks to convert a blank check into a negotiable instrument, the user fills out the check and signs it. When the check is presented to a bank for payment, a teller using a decoding device, decodes and decrypts the digitized signature such that a human-readable image of the digitized signature can be seen on a screen for comparison with the payor's scripted signature. If the two signatures are identical, the check is honored.

Method and apparatus for embedding encrypted images of signatures and other data on checks

An image processing apparatus for encoding and decoding a document containing machine-readable code overlaid by human-readable content such that the code and the human-readable content are both discernable. In operation, a background image is generated, wherein the background image comprises coded glyphtone cells based on grayscale image data values, each of the halftone cells comprising one of at least two distinguishable patterns. The background image is overlaid with a second image such that some visible glyphtone cells may be decoded and the second image may be viewed. Finally, the decoded information enables comparison of aspects of the second image with a predetermined nominal reference.

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Mountain View, CA, United States of America

Jeff Breidenbach