Search

Gregg Guarino Phones & Addresses

  • 41 Crosby Ln, Rochester, NY 14612 (585) 453-9776
  • 3474 Lake Ave, Rochester, NY 14612 (585) 621-2164
  • Greece, NY
  • 41 Crosby Ln, Rochester, NY 14612

Work

Company: Rochester institute of technology 2014 Position: Adjunct professor

Education

School / High School: University of Rochester- Rochester, NY 2010 Specialities: Ph.D. in Electrical Engineering

Resumes

Resumes

Gregg Guarino Photo 1

Gregg Guarino

View page
Position:
Senior Hardware Engineer at Xelic
Location:
United States
Work:
Xelic since Sep 2010
Senior Hardware Engineer

Xerox Corporation Nov 1998 - Apr 2010
Electronics Engineer

Transmation Sep 1988 - Nov 1998
Electronics Engineer
Education:
University of Rochester 2005 - 2010
Ph.D., Electrical Engineering
Gregg Guarino Photo 2

Gregg Guarino Rochester, NY

View page
Work:
Rochester Institute of Technology

2014 to 2000
Adjunct Professor

Xelic

2010 to 2013
Development Engineer

Xerox

1998 to 2010
Electronics Engineer

Transmation

1988 to 1998
Electronics Engineer

Education:
University of Rochester
Rochester, NY
2010
Ph.D. in Electrical Engineering

Institute of Technology
Rochester, NY
1988
Bachelor of Science in Electrical Engineering

Gregg Guarino Photo 3

Gregg Guarino

View page

Publications

Us Patents

System And Method For Controlling A Print Head To Compensate For Subsystem Mechanical Disturbances

View page
US Patent:
7467838, Dec 23, 2008
Filed:
Oct 17, 2006
Appl. No.:
11/581916
Inventors:
Jeffrey J. Folkins - Rochester NY, US
Daniel Warren Costanza - Fairport NY, US
David Allen Mantell - Rochester NY, US
Gregg Anthony Guarino - Rochester NY, US
Martin Edward Hoover - Rochester NY, US
Abu Saeed Islam - Rochester NY, US
Assignee:
Xerox Corporation - Norwalk CT
International Classification:
B41J 29/38
US Classification:
347 14, 347 19, 347116
Abstract:
An apparatus compensates for mechanical disturbances during a print process by adjusting the generation of image generating head actuation signals in anticipation of a mechanical disturbance. The apparatus includes a printer controller for generating signals to coordinate movement of components with a rotating image receiver in a printer and for generating data identifying a process disturbance arising from interaction of the rotating image receiver with the components and an expected time for the process disturbance, a process disturbance compensator for generating a process disturbance compensation signal that corresponds to the process disturbance identification and timing data, and an image generating head controller for adjusting an image generating head actuation signal with the process disturbance compensation signal.

Reflex Printing With Process Direction Stitch Error Correction

View page
US Patent:
7510256, Mar 31, 2009
Filed:
Mar 30, 2005
Appl. No.:
11/092677
Inventors:
Gregg A. Guarino - Rochester NY, US
Daniel W. Costanza - Webster NY, US
Martin E. Hoover - Rochester NY, US
James P. Calamita - Spencerport NY, US
Abu S. Islam - Rochester NY, US
Assignee:
Xerox Corporation - Norwalk CT
International Classification:
B41J 29/393
US Classification:
347 19
Abstract:
A reflex printing device having multiple print heads mounted at different locations around the circumference of the drum at different “angles” and an encoder disk mounted on the drum to allow for detection of the drum position as a function of time. An image defect due to a misalignment in the print process direction of the output from the multiple print heads is corrected by detection of an encoder position error function subtracted from itself shifted by the angle between the print heads.

Encoder Runout Error Correction Circuit

View page
US Patent:
20050253054, Nov 17, 2005
Filed:
May 17, 2004
Appl. No.:
10/847153
Inventors:
Gregg Guarino - Rochester NY, US
International Classification:
G01D005/347
G01D005/34
US Classification:
250231140, 341013000
Abstract:
A novel encoder system adapted for use in print architecture at least includes: a codewheel coupled to a rotating print architecture element; a first encoder sensor mounted at a first position relative to the periphery of the codewheel, the first encoder adapted to output a first output signal; a second sensor mounted at a second position relative to the periphery of the codewheel, the second encoder adapted to output a second output signal, and the second sensor positioned substantially 180 degrees relative to the first encoder sensor; and a logic correction circuit adapted to receive the first and second output signals, and for outputting a correction signal with a period that is the average of the periods of the first and second output signals.
Gregg A Guarino from Rochester, NY, age ~59 Get Report