The phrase "amount of pixels" is not correct in standard written English; it should be "number of pixels." You can use it when discussing the quantity of pixels in a digital image or display.
Example: "The image has a high number of pixels, which contributes to its clarity and detail."
Alternatives: "count of pixels" or "quantity of pixels."
But whilst both devices have the same amount of pixels, the Nexus's smaller 7 inch display gives it the edge in pixel density.
But in a year-in-review/preview message to his staff, Mr. Denton spends a fair amount of pixels on the pure virtues of well-turned narratives, traffic be damned.
The frame rate of the ordinary CCD has been enhanced by controlling the number of pixels of every frame; therefore, the ordinary of CCD can be used as the high frame rate image sensor with small amount of pixels.
Apple has chosen, for another year, not to upgrade the amount of pixels on its sensor.
Obviously, the histogram will be preserved if the amount of pixels within each bin is unchanged.
The smoothing of an intense motion may result in videos with a low amount of pixels.
Noting that it is not just pure pixel count that this effects, Morgan explained that the overall graphical quality was affected: "As well as cutting down on jagged edges, this reduces the amount of pixel shimmer we see in motion on complex shaders or thin geometry, with distant power lines, scaffolding and other elements with sub-pixel elements creating unwanted flickering on Xbox One," he said.
In modules 2 and 3, the interest's pixels and their neighbouring areas are masked so that vast amount of pixel intensity from each frame can be automatically eliminated.
When the users move their eyes, the amount of pixel-wise pupil displacement filtered by means of DTBGE is oriented to the screen relative to the initial gaze point and screen size.
A series of 28 3-dimensional image stacks were quantitatively analyzed (see Methods) for the significance of colocalization as a defined amount of pixel overlap (Figure 8A).
The amount of pixel displacement was proportional to the horizontal derivative of a circular Gaussian envelope.
