<p>The screen displaying the 1-pixel line pattern was captured by the photometric camera. Since these image are not exactly in the same scale, 0.1-mm scale bars are indicated. Squares bounded by orange dot lines show the one pixel region of the displays. The vertical lines reflect the horizontal resolution characteristics corresponding to the RGB direction.</p
We demonstrate a new technique to minimize photometric differences between the color space of a disp...
Design principles are formulated to develop visually optimal multiprimary subpixel architectures. Tw...
Scene understanding is one of the core subjects of computer vision. Given a single or a sequence of ...
<p><b>A.</b> The layout of the photometric CCD camera capturing the display screen for MTF, NPS and ...
For many low-end applications, it is beyond reach to follow accepted procedures for making colour pr...
Many real-world scenes contain a dynamic range that exceeds conventional display technology by seve...
<p>Intensity values (RGB) calculated from horizontal lines across regions indicated with red boundin...
<p>The relative luminance profiles on a 1-pixel line are shown on logarithmic scale.</p
<p>Shaded squares represent 10 × 10-cm grid squares in which movement triggered the camera. </p
The frequency characteristics of subpixel-based decima-tion with RGB vertical stripe and RGBX square...
Although many devices can be used to capture images of high resolution, there is still a need to sho...
<p>The blue centreline is rotated counterclockwise around the red central point, to the green solid...
The first pattern (100) is determined by a predetermined number of addressed pixels. A second patter...
Visual experiments on four displays (two LCD, one CRT and hardcopy) were conducted to determine colo...
In this paper, a method for single pose camera calibration is presented. Dense point correspondences...
We demonstrate a new technique to minimize photometric differences between the color space of a disp...
Design principles are formulated to develop visually optimal multiprimary subpixel architectures. Tw...
Scene understanding is one of the core subjects of computer vision. Given a single or a sequence of ...
<p><b>A.</b> The layout of the photometric CCD camera capturing the display screen for MTF, NPS and ...
For many low-end applications, it is beyond reach to follow accepted procedures for making colour pr...
Many real-world scenes contain a dynamic range that exceeds conventional display technology by seve...
<p>Intensity values (RGB) calculated from horizontal lines across regions indicated with red boundin...
<p>The relative luminance profiles on a 1-pixel line are shown on logarithmic scale.</p
<p>Shaded squares represent 10 × 10-cm grid squares in which movement triggered the camera. </p
The frequency characteristics of subpixel-based decima-tion with RGB vertical stripe and RGBX square...
Although many devices can be used to capture images of high resolution, there is still a need to sho...
<p>The blue centreline is rotated counterclockwise around the red central point, to the green solid...
The first pattern (100) is determined by a predetermined number of addressed pixels. A second patter...
Visual experiments on four displays (two LCD, one CRT and hardcopy) were conducted to determine colo...
In this paper, a method for single pose camera calibration is presented. Dense point correspondences...
We demonstrate a new technique to minimize photometric differences between the color space of a disp...
Design principles are formulated to develop visually optimal multiprimary subpixel architectures. Tw...
Scene understanding is one of the core subjects of computer vision. Given a single or a sequence of ...