How to pronounce“cores”in English

cores on GPU we're talking about C programmers having to use P threads because they now have you know 100 100 threads or 50 cores in a machine or

of cores running at a fixed clock speed.

The cores of very massive stars-- and by that, I mean stars that are 10, 20, maybe even as much as 50 times the mass of the sun, their cores are much hotter, because the gravity

cpu cores with the a76 and there's four small cpu cores with the a55 this is in contrast with the most common

A few thousand cores.

A few thousand cores.

which requires the different cores to communicate with one another and to work together.

This is ice cores.

in their cores to sustain their luminosity, to shine, even for their short lives, they were expelled into the interstellar medium,

So after about 100 cores, you're already down to 50% of the total efficiency that you could have.

you the ice cores the pollen cores from the bottom of the Lakes all of these

And each of these cores which you select gives you those narratives, those tools.

It's processing cores feature hyper threading and turbo boost technology.

uh use all the cores that you have and so that that would be an interesting

at their cores you can condense ice to become these hydrogen you know

and my cpu cores are running in gigahertz and at most they're eight giga people well you're skipping over the fact that uh

So it has to have lots of cores.

It's a large number of cores, all programmed using parallel type software, to work

They went through glacial ice cores.

You give me a million cores, and I'll do it totally in parallel.

mission and what are the cores of those policies if you want to edit Wikipedia today these are the three core policies

It's been found in Arctic ice cores.

limit jobs in the dense cores of places, the shuttles become a very effective solution to that.

We basically ran up to 700,000 cores simultaneously, days upon days upon days upon months up to several years in fact,

And so if you have eight cores, you just split it, and you give each core one part of the protein to simulate.

So even if you had thousands of cores available, using this mechanism, it's probably not very much faster than having 200 cores or something like this.

But there you have a number of cores that work on the same protein.

So neutron stars are the cores of dead stars.

Neutron stars are the leftover compressed cores of dead stars.

also represents Negro on various cores of Swiss recycling organizations.

What we call a supercomputer is one that has many cores.

I mean even my watch right now has a few cores.

That as the problem gets bigger and you want more cores, then your code runs faster than it would otherwise.

You get these beautiful slices of ice from the ice cores from Antarctica and Greenland that actually have bubbles.

yeah I was just curious if uh while you running cores you buil any of like the

And so the elements that they cooked up inside their cores for energy production, they got ejected back into the reservoir here.

And you can keep doing that-- adding more and more cores and more and more subdivisions.

So we had a chance to work on about 100,000 cores for about half a year-- that's about the years equivalent that we've

Indonesian clay objects or bronzes that have clay cores, you often get no result at all because of all the volcanic

One of the things we discovered recently is that two dead cores of stars called neutron stars can actually spiral together and collide.

calling heterogeneous computing for the cpu there is two big cpu cores with the cortex x1 there's two medium

pretty similar to digital computers but maybe there are more cores and the way

machine you don't actually get to use the multiple cores um either that or you you know because you start then having to get into the universe of

death and just uh uh and warm with the cores and there's another book talks about terror management theory

global buffer to all the processing elements so that all your cores all your computes can be happening at the same time and at its core this is one of the

beams with your lighter scan can be processed with different cores so they can all be processed in parallel so parallelism again here just like the

So, there's hundreds of cores or there's a bit over 100 cores, SMs, on a GPU, and they were specifically scheduling, hey, which ones are running the model?

This is a real safety simulation that took over a week to run on 250 cores.

Now, I never have a million cores at my disposal.