@article{ART001601905},
author={양명섭 and Cho, Sang Yeop and Sung-Keun Chang and Young-Cho Kim},
title={A Study on Grayscale Presentation Method for Charged Particle Type Electronic Paper},
journal={Journal of Knowledge Information Technology and Systems},
issn={1975-7700},
year={2011},
volume={6},
number={5},
pages={57-63}
TY - JOUR
AU - 양명섭
AU - Cho, Sang Yeop
AU - Sung-Keun Chang
AU - Young-Cho Kim
TI - A Study on Grayscale Presentation Method for Charged Particle Type Electronic Paper
JO - Journal of Knowledge Information Technology and Systems
PY - 2011
VL - 6
IS - 5
PB - Korea Knowledge Information Technology Society
SP - 57
EP - 63
SN - 1975-7700
AB - We propose a grayscale presentation method adapted with the reflective type display which has more strong points than the most emissive type display at the fabrication cost, power consumption, and easy viewing. In this study we designe cell electrodes separated with 4 electrodes, fabricated the panel with multi-electrode mask, and estimate the driving properties in charged particle type display. The linear characteristics are ascertained by reflectivity measurement using RT-200, which is induced by exact arithmetic partition for cell electrode. The results of our study is applicable to the mass production of electronic paper, if this method is combined with the pulse width modulation which is used as a grayscale presentation in charged particle type electronic paper.
KW - grayscale;charged particle;display;multi-electrode;sub-cell
DO -
UR -
ER -
양명섭, Cho, Sang Yeop, Sung-Keun Chang and Young-Cho Kim. (2011). A Study on Grayscale Presentation Method for Charged Particle Type Electronic Paper. Journal of Knowledge Information Technology and Systems, 6(5), 57-63.
양명섭, Cho, Sang Yeop, Sung-Keun Chang and Young-Cho Kim. 2011, "A Study on Grayscale Presentation Method for Charged Particle Type Electronic Paper", Journal of Knowledge Information Technology and Systems, vol.6, no.5 pp.57-63.
양명섭, Cho, Sang Yeop, Sung-Keun Chang, Young-Cho Kim "A Study on Grayscale Presentation Method for Charged Particle Type Electronic Paper" Journal of Knowledge Information Technology and Systems 6.5 pp.57-63 (2011) : 57.
양명섭, Cho, Sang Yeop, Sung-Keun Chang, Young-Cho Kim. A Study on Grayscale Presentation Method for Charged Particle Type Electronic Paper. 2011; 6(5), 57-63.
양명섭, Cho, Sang Yeop, Sung-Keun Chang and Young-Cho Kim. "A Study on Grayscale Presentation Method for Charged Particle Type Electronic Paper" Journal of Knowledge Information Technology and Systems 6, no.5 (2011) : 57-63.
양명섭; Cho, Sang Yeop; Sung-Keun Chang; Young-Cho Kim. A Study on Grayscale Presentation Method for Charged Particle Type Electronic Paper. Journal of Knowledge Information Technology and Systems, 6(5), 57-63.
양명섭; Cho, Sang Yeop; Sung-Keun Chang; Young-Cho Kim. A Study on Grayscale Presentation Method for Charged Particle Type Electronic Paper. Journal of Knowledge Information Technology and Systems. 2011; 6(5) 57-63.
양명섭, Cho, Sang Yeop, Sung-Keun Chang, Young-Cho Kim. A Study on Grayscale Presentation Method for Charged Particle Type Electronic Paper. 2011; 6(5), 57-63.
양명섭, Cho, Sang Yeop, Sung-Keun Chang and Young-Cho Kim. "A Study on Grayscale Presentation Method for Charged Particle Type Electronic Paper" Journal of Knowledge Information Technology and Systems 6, no.5 (2011) : 57-63.
