영어에서 Human visual 을 사용하는 예와 한국어로 번역
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Programming
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Computer
Property of human visual system.
The human visual system does not respond linearly to light.
The human visual system is quite amazing.
Lumus provides a new dimension for the human visual experience.
This is because human visual system is less sensitive to the blue component U than the V component.
Vertical 15 degree angle slant, accord with human visual habit.
The first is that human visual perception takes a series of still frames of the visual scene and that movement is perceived much like a movie.
Two-dimensional signal perceived by human visual system.
According to human visual senses highly engineered to perfection 1080p HD decoding, vivid colors, delicate images, showing a pperfect visual experience.
Luminous flux is of great significance to human visual perception.
Although the human visual system is quite sensitive to visual artifacts that appear during sudden changes or rapid motion, it is not very sensitive to detecting a reduction in frame rate in such situations.
But the bulk of the intensively studied human visual system lies within the brain.
For example, an image is a two-dimensional signal that is perceived by the human visual system.
For example, U may be chosen because the human visual system is generally less sensitive to blue.
As a result, in 1976, the u' v' chromaticity diagram was proposed to reflect the sensation of the human visual system.
The colors of Jupiter being monitored go beyond the normal human visual range to include both ultraviolet and infrared light.
This system, called"interlaced scanning", produces reasonably good results because of the characteristics of television screens and the human visual system.
And in the case of a very rapid transition, such as a sudden scene change, the human visual system is unaware that the frame rate drops to 20 fps or 15 fps and then immediately returns to 60 fps.
The average RGB values for each pixel is taken by Color test module and then translated to the CIELAB color space which uses L*, a*, b* to describe color in a way that approximates human visual perception.
And, in the case of a very dramatic transition, like a sudden scene change, the human visual system does not notice if the frame rate drops to 20 fps or even 15 fps, and then immediately returns to 60 fps.
In previously filed United States Patent Application Serial No. 10/342704, which is incorporated by reference as ifset forth fully herein, I, along with my coinventor, recognized that the human visual system is much less sensitive to chrominance than to luminance.
Despite the fact that the human visual system is quite sensitive to the visual artifacts that occur during sudden changes or fast motion, it is not very sensitive to notice a drop in frame rate in such situations.
Thus, the decrease in frame rate is occasional and short, and the human visual system does not detect it.
In fact, when such sudden changes occur,it appears that the human visual system is preoccupied with tracking the changes, and it doesn't notice if the frame rate briefly drops from 60 fps to 30 fps, and then returns immediately to 60 fps.
Consequently, the reduced frame rates are infrequent and brief, and the human visual system does not detect them.
In fact, when these sudden changes occur,it seems that the human visual system is concentrating on tracking these changes, and it does not notice whether the frame rate temporarily drops from 60 fps to 30 fps and then immediately returns to 60 fps.
Chroma subsampling involves implementing less resolution for chroma information than for luma information, taking advantage of the human visual system's lower acuity for color differences than for luminance.
For example, the UPRtek MK550T Handheld Spectroradiometer uses high-level spectroscopy instead of traditional RGB color separation technology and combines calculation functions to make sure that the spectral sensitivities of x(λ)/ y(λ)/ z(λ) are comparable to the CIE1931 color matching function.Easily enhance the chroma accuracy and provide measurements result which closer to the human visual function.
And in the case of a very significant transition, similar to a sudden change in scene, the human visual system does not notice if the frame rate drops to 20 frames/ s or even 15 frames/ s and then immediately returns to 60 frames/ s.