@article{ART001118154},
author={Hwa Lyung Woo and Sam Soo Kim and Samuel M. Hudson},
title={Correction of CIEDE2000 Color Difference formula for the Analysis of Low Chroma and Low Lightness Colors},
journal={Textile Coloration and Finishing },
issn={1229-0033},
year={2006},
volume={18},
number={5},
pages={72-79}
TY - JOUR
AU - Hwa Lyung Woo
AU - Sam Soo Kim
AU - Samuel M. Hudson
TI - Correction of CIEDE2000 Color Difference formula for the Analysis of Low Chroma and Low Lightness Colors
JO - Textile Coloration and Finishing
PY - 2006
VL - 18
IS - 5
PB - The Korean Society Of Dyers And Finishers
SP - 72
EP - 79
SN - 1229-0033
AB - There are many discrepancies between visually perceived color-difference and that which is quantified from an instrumental measurement when dark color samples are measured in the textile industry. The samples were prepared to represent these dark shades and the values of the instrumental results from conventional color-difference formulae(CIELAB, CMC, BFDⅡ, CIE94, LCD99 and CIEDE2000). Those of visual assessment were compared. The experimental results show that the CIELAB formula gives the best performance over other formulae, and the CIEDE2000 formula for the color-difference according to chroma presents the worst performance. Therefore, we can say that the problems in color matching of dark shades are caused by imperfect formula, because the results obtained from a color-difference formulae are different and the CMC which is used as a standard color-difference formula in the textile industry is not correct. So, a revised color-difference formula is proposed in this study, to account for these problems.
KW - the dark region;chroma;color-difference formula;CIELAB;CIEDE20001. Introduction The measurements of color-difference have long been a subject of interest to the color scientists. The aim of a color-difference formula is to give a close correlati
DO -
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Hwa Lyung Woo, Sam Soo Kim and Samuel M. Hudson. (2006). Correction of CIEDE2000 Color Difference formula for the Analysis of Low Chroma and Low Lightness Colors. Textile Coloration and Finishing , 18(5), 72-79.
Hwa Lyung Woo, Sam Soo Kim and Samuel M. Hudson. 2006, "Correction of CIEDE2000 Color Difference formula for the Analysis of Low Chroma and Low Lightness Colors", Textile Coloration and Finishing , vol.18, no.5 pp.72-79.
Hwa Lyung Woo, Sam Soo Kim, Samuel M. Hudson "Correction of CIEDE2000 Color Difference formula for the Analysis of Low Chroma and Low Lightness Colors" Textile Coloration and Finishing 18.5 pp.72-79 (2006) : 72.
Hwa Lyung Woo, Sam Soo Kim, Samuel M. Hudson. Correction of CIEDE2000 Color Difference formula for the Analysis of Low Chroma and Low Lightness Colors. 2006; 18(5), 72-79.
Hwa Lyung Woo, Sam Soo Kim and Samuel M. Hudson. "Correction of CIEDE2000 Color Difference formula for the Analysis of Low Chroma and Low Lightness Colors" Textile Coloration and Finishing 18, no.5 (2006) : 72-79.
Hwa Lyung Woo; Sam Soo Kim; Samuel M. Hudson. Correction of CIEDE2000 Color Difference formula for the Analysis of Low Chroma and Low Lightness Colors. Textile Coloration and Finishing , 18(5), 72-79.
Hwa Lyung Woo; Sam Soo Kim; Samuel M. Hudson. Correction of CIEDE2000 Color Difference formula for the Analysis of Low Chroma and Low Lightness Colors. Textile Coloration and Finishing . 2006; 18(5) 72-79.
Hwa Lyung Woo, Sam Soo Kim, Samuel M. Hudson. Correction of CIEDE2000 Color Difference formula for the Analysis of Low Chroma and Low Lightness Colors. 2006; 18(5), 72-79.
Hwa Lyung Woo, Sam Soo Kim and Samuel M. Hudson. "Correction of CIEDE2000 Color Difference formula for the Analysis of Low Chroma and Low Lightness Colors" Textile Coloration and Finishing 18, no.5 (2006) : 72-79.
