Add to ORKGNovel techniques to improve the LCD motion portrayal may result in the perception of irregularly shaped moving-edge profiles. Perception studies show that the perceived sharpness can be predicted by combining two parameters: one related to the edge slope and the other related to the over/under-shoot part of the edge profile.</p
International audienceIn this paper, a mathematical model of LCD motion blur is used to measure the ...
The scanning-backlight technique to improve the motion performance of LCDs is introduced. This techn...
The scanning-backlight technique to improve the motion performance of LCDs is introduced. This techn...
Novel techniques to improve the LCD motion portrayal may result in the perception of irregularly sha...
Novel techniques to improve the LCD motion portrayal may result in the perception of irregularly sha...
Novel techniques to improve the LCD motion portrayal may result in the perception of irregularly sha...
Novel techniques to improve the LCD motion portrayal may result in the perception of irregularly sha...
<div><p>The increasing ubiquity of haptic displays (e.g., smart phones and tablets) necessitates a b...
The increasing ubiquity of haptic displays (e.g., smart phones and tablets) necessitates a better un...
The increasing ubiquity of haptic displays (e.g., smart phones and tablets) necessitates a better un...
International audienceMotion-blur is still an important issue on liquid crystal displays (LCD). In t...
Perceived brightness is nonlinearly related to luminance. Consequently, any mechanism operating on t...
Perceived brightness is nonlinearly related to luminance. Consequently, any mechanism operating on t...
Pictorial cues, together with motion and stereoscopic depth fields, can be used for perception and c...
Sharpening is a powerful image transformation because sharp edges can bring out image details. Sharp...
International audienceIn this paper, a mathematical model of LCD motion blur is used to measure the ...
The scanning-backlight technique to improve the motion performance of LCDs is introduced. This techn...
The scanning-backlight technique to improve the motion performance of LCDs is introduced. This techn...
Novel techniques to improve the LCD motion portrayal may result in the perception of irregularly sha...
Novel techniques to improve the LCD motion portrayal may result in the perception of irregularly sha...
Novel techniques to improve the LCD motion portrayal may result in the perception of irregularly sha...
Novel techniques to improve the LCD motion portrayal may result in the perception of irregularly sha...
<div><p>The increasing ubiquity of haptic displays (e.g., smart phones and tablets) necessitates a b...
The increasing ubiquity of haptic displays (e.g., smart phones and tablets) necessitates a better un...
The increasing ubiquity of haptic displays (e.g., smart phones and tablets) necessitates a better un...
International audienceMotion-blur is still an important issue on liquid crystal displays (LCD). In t...
Perceived brightness is nonlinearly related to luminance. Consequently, any mechanism operating on t...
Perceived brightness is nonlinearly related to luminance. Consequently, any mechanism operating on t...
Pictorial cues, together with motion and stereoscopic depth fields, can be used for perception and c...
Sharpening is a powerful image transformation because sharp edges can bring out image details. Sharp...
International audienceIn this paper, a mathematical model of LCD motion blur is used to measure the ...
The scanning-backlight technique to improve the motion performance of LCDs is introduced. This techn...
The scanning-backlight technique to improve the motion performance of LCDs is introduced. This techn...