Masaoka Kenichiro, Nishida Yukihiro, Sugawara Masayuki
Opt Express. 2014 Aug 11;22(16):19069-77. doi: 10.1364/OE.22.019069.
The wide-gamut system colorimetry has been standardized for ultra-high definition television (UHDTV). The chromaticities of the primaries are designed to lie on the spectral locus to cover major standard system colorimetries and real object colors. Although monochromatic light sources are required for a display to perfectly fulfill the system colorimetry, highly saturated emission colors using recent quantum dot technology may effectively achieve the wide gamut. This paper presents simulation results on the chromaticities of highly saturated non-monochromatic light sources and gamut coverage of real object colors to be considered in designing wide-gamut displays with color filters for the UHDTV.
广色域系统色度学已针对超高清电视（UHDTV）进行了标准化。原色的色度设计在光谱轨迹上，以覆盖主要标准系统色度学和真实物体颜色。虽然显示器需要单色光源才能完美实现系统色度学，但使用最新量子点技术的高饱和发射颜色可以有效地实现广色域。本文给出了高饱和非单色光源色度以及在设计用于UHDTV的带滤色器广色域显示器时要考虑的真实物体颜色色域覆盖的模拟结果。
