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Dive into the research topics where Susan J. Zoltner is active.

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Featured researches published by Susan J. Zoltner.


electronic imaging | 2006

ISO 19751 macro-uniformity

D. Rene Rasmussen; Kevin D. Donohue; Yee S. Ng; William C. Kress; Frans Gaykema; Susan J. Zoltner

The ISO WD 19751 macro-uniformity team works towards the development of a standard for evaluation of perceptual image quality of color printers. The team specifically addresses the types of defects that fall in the category of macrouniformity, such as streaks, bands and mottle. The first phase of the standard will establish a visual quality ruler for macro-uniformity, using images with simulated macro-uniformity defects. A set of distinct, parameterized defects has been defined, as well as a method of combining the defects into a single image. The quality ruler will be a set of prints with increasing magnitude of the defect pattern. The paper will discuss the creation and printing of the simulated images, as well as initial tests of subjective evaluations using the ruler.


electronic imaging | 2007

Recent Progress in the Development of INCITS W1.1, Appearance-Based Image Quality Standards for Printers

Theodore F. Bouk; Edul N. Dalal; Kevin D. Donohue; Susan Farnand; Frans Gaykema; Dmitri Anatolyevich Gusev; Allan Haley; Paul L. Jeran; Don Kozak; William C. Kress; Oscar Martinez; Dale R. Mashtare; Ann McCarthy; Yee S. Ng; D. Rene Rasmussen; Mark Robb; Helen Haekyung Shin; Myriam Quiroga Slickers; Elisa H. Barney Smith; Ming-Kai Tse; Eric K. Zeise; Susan J. Zoltner

In September 2000, INCITS W1 (the U.S. representative of ISO/IEC JTC1/SC28, the standardization committee for office equipment) was chartered to develop an appearance-based image quality standard.(1),(2) The resulting W1.1 project is based on a proposal(4) that perceived image quality can be described by a small set of broad-based attributes. There are currently five ad hoc teams, each working towards the development of standards for evaluation of perceptual image quality of color printers for one or more of these image quality attributes. This paper summarizes the work in progress of the teams addressing the attributes of Macro-Uniformity, Color Rendition, Text and Line Quality and Micro-Uniformity.


Proceedings of SPIE | 2009

W1.1 macro-uniformity

D. Rene Rasmussen; Frans Gaykema; Yee S. Ng; Kevin D. Donohue; William C. Kress; Susan J. Zoltner

The INCITS W1.1 macro-uniformity team works towards the development of a standard for evaluation of perceptual image quality of color printers. The team specifically addresses the types of defects that fall in the category of macrouniformity, such as streaks, bands and mottle. This paper provides a brief summary of the status of this work, and describes recent results regarding the precision of the macro-uniformity quality ruler for assessment of typical printer defects.


electronic imaging | 2003

INCITS W1.1 macro-uniformity

D. Rene Rasmussen; William C. Kress; Yee S. Ng; Marguerite Hennein Doyle; Kevin D. Donohue; Kate Johnson; Susan J. Zoltner

This paper describes the status of the INCITS W1.1 macro-uniformity ad hoc team, towards development of standards for perceptual image quality for color printers. The team has defined the macro-uniformity attribute, has developed several test patterns to be used for subjective and objective evaluations and has defined test patterns and methods to address color conversions of digitizing devices. A set of print samples, originating from diverse printing systems, has been established, and digitization of these samples is in progress. These activities and next steps are reviewed in this paper.


Archive | 1994

Printer color and gray balance adjustment system

Peter H. Dundas; Donald M. Temple; Susan J. Zoltner


Archive | 2010

Methods and systems achieving print uniformity using reduced memory or computational requirements

Yequing Zhang; Daniel E. Viassolo; Susan J. Zoltner; Howard A. Mizes; Robert P. Loce


Archive | 2000

Method and apparatus for electronic registration in a binary image path

Robert P. Loce; Yeqing Zhang; Martin E. Banton; Nancy B. Goodman; Susan J. Zoltner; Steve P. Hoover


Archive | 2004

Method and system for automatically compensating for diagnosed banding defects prior to the performance of remedial service

Meera Sampath; Howard A. Mizes; Susan J. Zoltner


Archive | 2009

System And Method For Adjusting Operation Of Printheads In An Ink Printing Device

Andrew S. Yeh; Bhaskar T. Ramakrishnan; Kelly D. Sims; Katie Maria Teslow; Luo Cheng; George Laurens Taylor; John A. Durbin; Ernest Isreal Esplin; Howard A. Mizes; Joel Chan; Ngoc-Diep Thi Nguyen; Susan J. Zoltner; Yeqing Zhang; Lisa Marie Schmidt; Kenneth Ralph Chamberlain; Matthew Hudson Dixon; Steven Van Cleve Korol; James B. Campbell; Russell J. Watt


Archive | 2008

REDUCING PRINTHEAD PROCESS COLOR NON-UNIFORMITIES IN A DIRECT MARKING DEVICE

Yeqing Zhang; Howard A. Mizes; Meng Yao; Susan J. Zoltner

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