How to pronounce “pixel”(noun) in English

pixels wrecked the right to be pixelated in Street View and the head of privacy and consumer protection actually in

pixels on the CRT could be refreshed and therefore it was a dynamic memory and I found these articles so in so

Every pixel is the sum of the red, green, and blue response to the light that's hitting that pixel.

But pixels are cheap, ie, free.

So every pixel we're going to look back to 1992 and through present day and make a linear fit.

In each pixel examined, based on the relative reflectance, observes in each pixel among the different bands.

And a pixel is made up of three cells.

goes through a pixel by pixel level and does most of that work for you based on certain settings.

these weird stray pixels.

mechanism that loves pixels.

At 5,000 pixels, this is what you see, which is a dramatic, dramatic step up from 256.

And 5,000 pixels is still dramatically smaller than the type of technology that we use in electronics traditionally.

it into pixels and then I share it with the world and you know I do my best to

inches but larger in pixels, so that we can get more on the screen and read them carefully without having to move your body too far left or right and still be able to read all the

th-,even the pixels we can display have become more tightly packed and more colorful.

There's a lot of pixel peeping that goes on in the industry of digital photography.

The effective size of a pixel at the edge of your visual field is approximately the size of a cabbage at arm's length.

That error message went one pixel up, one pixel down, one pick left, one pixel right, and then stopped.

He has a 16 by 16 pixel display essentially.

I think this is a hot pixel from my camera.

And you can see the pixels of a very close up photo of the rosette there, the little squares of wood.

You have all these masses of pixels moving from one side to another.

Because a camera has its pixels distributed evenly across its plate.

don't have quarter inch pixels because you think it's

large that have a lot of pixels in them; ones that stand out from their neighbors, there's one called maxima and then average the values within those buckets to kind of recover the

I really wanted to get this texture of the pixel, and I feel there's some beauty to it, especially converting with the that came around

Then we're going to do a linear regression across every pixel in the map.

The HiRISE camera takes beautiful 50-centimeter-per-pixel images or 25-centimeter-per-pixel images of Mars.

resulting in this now I thought that the fair pixel owns wrecked was funny until

It does pixel by pixel and it picks out the best pixel from the various images based on some setting and uses that.

And scaling by three orders of magnitude to trillions of pixels per frame to capture all of the historical Landsat, it really

We now routinely have these 16k by 32k arrays of pixels.

And I could afford down to the 30 meter pixels that they had.

pretty crude by today's standards you know 200 pixels on a side you have to understand that in those days with the

They were I think, one inch per pixel.

Here are some examples of its scene at 50 centimeters and a meter per pixel.

It's this very dense, 40-meter-per-pixel posting, and over a wide region to fill the gap between the very

There's a medium-resolution imager that's only 3 to 6 meters per pixel, called Context, CTX, on Mars.

So this first one on the left is an SRTM DEM at 31 meters per pixel.

was computed in real time; it recomputes every pixel on every frame.

So we didn't have as many pixels as we wanted.

In other words, we're turning those pixels into knowledge.

came to the conclusion that the satellite sees the world in grids of pixels that measure 50 centimeters.

has this bunny image, using pixels measuring 50 centimeters.

And this is a map where we can zoom in all the way to 30 meters per pixel.

or how your garden's not growing or-- But all of those were information that could packed into one pixel.

Also very interesting, how a paper product from the pre-computer world has become a pixel in the new world, and become more relevant in the interactive world.

And they allowed us to build a great terrain data set at 10 to 40 meters per pixel.

The next one over is the USGS NED DEM, at 9 meters per pixel.