2003
DOI: 10.1889/1.1825656
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A new field‐sequential‐color LCD without moving‐object color break‐up

Abstract: Abstract— A new display method for field‐sequential‐color liquid‐crystal displays (FS‐LCDs) that reduces the negative effects of color break‐up associated with moving objects has been developed. The method is called Adjustment of Color Element on the Eyes (ACE), and it relies on the position on the eyes of RGB color sub‐images. It was confirmed that color break‐up also does not occur for peripheral objects when using ACE.

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Cited by 16 publications
(14 citation statements)
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“…4, a. Dependencies of ) ( The simple calculations given above show that as the wavelength increases, the angle  d of the principal optical axis deflection, which is necessary to ensure the phase shift 2π, also increases: from 8.4 degrees at  = 456 nm to 15.7 degrees at  = 659 nm. That means, according to (2), that the contribution of amplitude modulation to the electro-optical response also increases with the wavelength increasing, which at a qualitative level explains the increase in the ellipticity modulation depth with increasing wavelength of light (Fig. 3, b).…”
Section: жидк крист и их практич использ / Liq Cryst and Their mentioning
confidence: 80%
See 1 more Smart Citation
“…4, a. Dependencies of ) ( The simple calculations given above show that as the wavelength increases, the angle  d of the principal optical axis deflection, which is necessary to ensure the phase shift 2π, also increases: from 8.4 degrees at  = 456 nm to 15.7 degrees at  = 659 nm. That means, according to (2), that the contribution of amplitude modulation to the electro-optical response also increases with the wavelength increasing, which at a qualitative level explains the increase in the ellipticity modulation depth with increasing wavelength of light (Fig. 3, b).…”
Section: жидк крист и их практич использ / Liq Cryst and Their mentioning
confidence: 80%
“…A detailed description of fast electrooptical effects in FLCs, which are appropriate for development of displays of a new generation, such as field sequential colors displays [1,2], can be found, e.g., in Ref. [3].…”
Section: Introductionmentioning
confidence: 99%
“…Polarization conversion basically shares the same mechanism as polarization recycling but the light is conceptually fully polarized with single pass through the conversion module, as shown in Fig. 1 LED is as fast as a few tens nano second and has been considered as the best candidate so far [13,14], and the major fast switch liquid crystal mode are OCB [15,16] and blue phase LC [17,18] etc.…”
Section: Color Separation and Polarization Scheme For Lcd Backlightmentioning
confidence: 99%
“…Color breakup originates from mismatched movement between the human retina and moving targets, which generates undesired edge-color-blurred moving images [10][11][12][13][14]. In color sequential LCDs, especially in large panels, color breakup can be observed.…”
mentioning
confidence: 99%
“…

yield, is by no means an easy task. Color breakup is a serious issue for large-panel color sequential LCD TVs and requires complex solutions, such as increasing the refresh rate, using motion compensation, or other techniques [10][11][12][13][14]. Color breakup originates from mismatched movement between the human retina and moving targets, which generates undesired edge-color-blurred moving images [10][11][12][13][14].

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mentioning
confidence: 99%