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13 results for “distributed computing”
...It was a distributed network such that the individual nodes could disappear and the whole thing would still carry on. DARPA had designed this such that the Russians could take out Washington and they could still fight back from New York, that the ent
3:29:54 / 3:31:13
from transcript3:29:54 – 3:31:13
...is really about distributed computing where one job, one training job, is orchestrated across millions of processors. And so it's the inverse of hyperscale almost. And the way that you design a hyperscale computer with with off the shelf commodity Et
40:29 / 41:34
from transcript40:29 – 41:34
But then beyond that, what you do is we have, like, a series of performance tests, that replicate a much more realistic environment as well that we run just assuming if Linpack works at all, then you run the next set of tests. And then while the GPUs
50:54 / 52:07
from transcript50:54 – 52:07
Like, I just don't really think this is gonna ever be more efficient than a fully interconnected cluster with InfiniBand or, you know, whatever the sort of next spec might be. Like, I could be completely wrong, but speed of light is really hard to be
34:33 / 35:36
from transcript34:33 – 35:36
...cluster wide computing that we need, and there's gonna be shared memory and all sorts of things? Or do you think the pattern changes again? I don't think we're quite too back to mainframes in that it is still the case that people are running on scale
7:31 / 8:31
from transcript7:31 – 8:31
...network such that the individual nodes could disappear and the whole thing would still carry on. DARPA had designed this such that the Russians could take out Washington and they could still fight back from New York, that the entire communication inf
3:29:11 / 3:30:24
from transcript3:29:11 – 3:30:24
...shared cloud computing data center is Ethernet, and that's fine. And most workloads are gonna happen right there on one rack, and maybe maybe maybe things will expand to multiple computers on that rack. But, certainly, they won't need to network mult
1:02:15 / 1:03:16
from transcript1:02:15 – 1:03:16
...a good distributed storage system Mhmm. You can share storage with, like, your friends' hard drives in their houses or even people you don't know and then it's encrypted, right? Yeah. Then when your hard drive dies, it still exists somewhere else.
1:23:15 / 1:24:18
from transcript1:23:15 – 1:24:18
And my phone is actually a dumb terminal in the same sense as an IBM dumb terminal back in the nineteen seventies. Right? It doesn't if you unplug it from the cloud, it doesn't do anything anymore. Right? That's a really terrible thing to say about a
1:22:29 / 1:23:38
from transcript1:22:29 – 1:23:38
...of computing infrastructure. Like, the notion that actually you would scale out on commodity PCs, essentially, those same ones that you could buy off the shelf running a Linux stack, and that's what you would do for disk, that's what you would do for
8:16 / 9:20
from transcript8:16 – 9:20
who would be better off in an environment where there was a, a liquid market for compute? So what we found, and DRW actually uses, compute exchange source compute, and we find that because there are something like 70 different cloud providers that pa
8:58 / 9:59
from transcript8:58 – 9:59
...And so you had, in one part of the building, a lot of innovation around just cloud computing at the hardware layer, and then you had Ali and his colleagues that were thinking about what are some of the software opportunities in cloud. They were so cl
10:28 / 11:32
from transcript10:28 – 11:32
And, and when I say existing framework, I mean the existing transmission system, building solar projects, most of which now include batteries, and connected to the grid in Texas or California, Arizona, wherever. But the future, and this is sort of wh
45:41 / 46:45
from transcript45:41 – 46:45
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