In normal conditions, the Critical Flicker Frequency is usually 60Hz. But in some special conditions, such as low spatial frequency and high contrast between frames, these special conditions have high probability to occur in some TPVMbased applications. So it’s extremely important to verify if a visual signal with a combination of temporal and spatial frequency can be recognize by human eyes. Based on the research in the last paper ’ ’Window of Visibility’ inspired security lighting system’, this paper introduces the measuring method of WoV of humaneyes. In this paper we will measure critical flicker frequency in low spatial frequency and high contrast conditions, and we can witness a different conclusion from the normal conditions
We previously proposed a flicker visibility metric for bright displays, based on psychophysical data...
Rapid visual flicker is known to capture attention. Here we show slow flicker can also capture atten...
The critical flicker fusion (CFF) is the frequency of changes at which a temporally periodic light w...
In normal conditions, the Critical Flicker Frequency is usually 60Hz. But in some special conditions...
\u3cp\u3eThree experiments that measure the visibility of periodic flicker are presented. Temporal l...
Humans perceive a stable average intensity image without flicker artifacts when a television or moni...
Novel display algorithms such as low-persistence displays, black frame insertion, and temporal resol...
As digital videos are tremendously pervasive in our daily life, developing accurate and automatic vi...
The present study aims to connect the psychophysical research on the human visual perception of flic...
The critical fusion frequency (CFF) is a threshold that represents the temporal limits of the human ...
Purpose: We report on a semi-automated system for frequency analysis of the Stiles–Crawford effect o...
Interharmonics and flickers have an interrelationship between each other. Based on International Ele...
Purpose: We report on a semi-automated system for frequency analysis of the Stiles-Crawford effect o...
\u3cp\u3eThe spatio-temporal aperture and sample rate of a video display determines both the static ...
PURPOSE. Because of the limited contrast range, increasing the duration of the noise frame is often ...
We previously proposed a flicker visibility metric for bright displays, based on psychophysical data...
Rapid visual flicker is known to capture attention. Here we show slow flicker can also capture atten...
The critical flicker fusion (CFF) is the frequency of changes at which a temporally periodic light w...
In normal conditions, the Critical Flicker Frequency is usually 60Hz. But in some special conditions...
\u3cp\u3eThree experiments that measure the visibility of periodic flicker are presented. Temporal l...
Humans perceive a stable average intensity image without flicker artifacts when a television or moni...
Novel display algorithms such as low-persistence displays, black frame insertion, and temporal resol...
As digital videos are tremendously pervasive in our daily life, developing accurate and automatic vi...
The present study aims to connect the psychophysical research on the human visual perception of flic...
The critical fusion frequency (CFF) is a threshold that represents the temporal limits of the human ...
Purpose: We report on a semi-automated system for frequency analysis of the Stiles–Crawford effect o...
Interharmonics and flickers have an interrelationship between each other. Based on International Ele...
Purpose: We report on a semi-automated system for frequency analysis of the Stiles-Crawford effect o...
\u3cp\u3eThe spatio-temporal aperture and sample rate of a video display determines both the static ...
PURPOSE. Because of the limited contrast range, increasing the duration of the noise frame is often ...
We previously proposed a flicker visibility metric for bright displays, based on psychophysical data...
Rapid visual flicker is known to capture attention. Here we show slow flicker can also capture atten...
The critical flicker fusion (CFF) is the frequency of changes at which a temporally periodic light w...