Xerox Corporation

Douglas J Tallinger

David L Salgado

Francois Ragnet

Robert J St Jacques, Jr

Roger T Kramer

Robert E Crumrine

Yves G Dufresne

Marcelo Hinojosa

A first printer acquires a first network address from an external server using unicast (non-broadcast) transmissions. Then, second printers and an external computerized device also acquire the first network address from the external server, similarly using unicast transmissions. The second printers contact (e.g., say 'hello' to) the first printer using a peer-to-peer network. The external computerized device contacts (again using unicast transmissions) the first printer using the first network address to cause the first printer to transmit a list of the second printers that have contacted the first printer to the external computerized device. The external computerized device then contacts (again using unicast transmissions) the second printers using the list of contacted printers (which includes network address information of the second printers) to allow the external computerized device to configure the second printers.

Network discovery using unicast communications

A method, system and computer-usable medium for ranking a networked rendering device with one or more or a set of visual cues. A client device can be configured with a rendering application in order to select and transmit a rendering job along with one or more job criteria to a back end system. Each network rendering device having one or more print capabilities can be evaluated based on the job criteria in order to generate an 'overall ranking' utilizing the back end system. Sorting the rendering devices based on the 'overall ranking' can generate a ranked list. Such ranked list can be displayed in a user interface associated with the client device based on a set of visual cues in order to permit a user to select a best-fit rendering device in a simple and efficient manner.

Method, system and computer-usable medium for ranking networked rendering devices with visual cues

An apparatus for masking text in a rendered copy of an original document includes a text modification system which is configured to receive a print job from an application and modify the print job in accordance with a print job description, whereby when rendered on an output device, a selected text element is masked. A user interface is configured to receive instructions from a user to build the print job description including instructions for selecting text elements to be masked.

Masking of text in document reproduction

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Penfield, NY, United States of America

Douglas J Tallinger