Indeed, the GPU constrained programming model is ill-suited for this, but a Xeon Phi isn't. And the next-gen Xeon Phi will have very low latency networking on board, too.
My bad about tori, the supercomputers I have had access to lately were all fat tree.
It's not that specialized. It's just plenty of DSPs strapped together on a torus. Unlike what wikipedia claims, you could probably achieve comparable performance using a more classical and general-purpose supercomputer setup with GPU or Xeon Phi accelerators, provided the network topology is well tuned to address this sort of communication scheme (most recent supercomputers don't use tori)
I wonder why those ancient greeks would think of the way Philosophy is taught today, which unfortunately is just learning to know and revere what renowned philosophers have written rather than thinking for yourself.
There is a high quality proprietary driver made by NVIDIA. This is about an alternative open-source driver made by hobbyists which is much slower than the real thing.
When people say "going faster than 80", then refer to 150 a bit later down the text, they don't mean 81. They mean a value that is significantly higher than 80.
Countries that use kilometres are irrelevant. People don't talk about "going faster than 80mph" there. Moreover 130km/h (which is the speed limit in France, and one of the highest speed limits) is 81mph. That's hardly higher. Apparently most of the freeways in the US have a limit of 70mph, with some exceptions that go up to 85. That's hardly much more than 80.
The atmosphere has CO2, which can be broken into graphite and oxygen. Of course, this process requires a lot of energy (otherwise we'd be doing it to fix our pollution problems here on Earth).
Otherwise there is also some water in the soil, too, not just hydrogen.
All nations around the world use football to refer to what you call soccer. The US is the only exception worldwide, they should just get in line with the normal usage.
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Indeed, the GPU constrained programming model is ill-suited for this, but a Xeon Phi isn't. And the next-gen Xeon Phi will have very low latency networking on board, too.
My bad about tori, the supercomputers I have had access to lately were all fat tree.
It's not that specialized. It's just plenty of DSPs strapped together on a torus.
Unlike what wikipedia claims, you could probably achieve comparable performance using a more classical and general-purpose supercomputer setup with GPU or Xeon Phi accelerators, provided the network topology is well tuned to address this sort of communication scheme (most recent supercomputers don't use tori)
There are hundreds of processors with 64 cores or more, each of them claiming to have solved the scalability problem.
I wonder why those ancient greeks would think of the way Philosophy is taught today, which unfortunately is just learning to know and revere what renowned philosophers have written rather than thinking for yourself.
You want to hire people that are between 30 and 40.
They usually are young enough to be dynamic but old enough to be sufficiently experimented.
There is a high quality proprietary driver made by NVIDIA.
This is about an alternative open-source driver made by hobbyists which is much slower than the real thing.
When people say "going faster than 80", then refer to 150 a bit later down the text, they don't mean 81. They mean a value that is significantly higher than 80.
Countries that use kilometres are irrelevant. People don't talk about "going faster than 80mph" there.
Moreover 130km/h (which is the speed limit in France, and one of the highest speed limits) is 81mph. That's hardly higher.
Apparently most of the freeways in the US have a limit of 70mph, with some exceptions that go up to 85. That's hardly much more than 80.
Roads.
Going beyond 80mph is illegal.
Even with ten million you can't make a processor better than a i7.
And what do you think plants make oxygen out of? CO2.
Soccer was never widely used in England, even if it was coined there.
The atmosphere has CO2, which can be broken into graphite and oxygen. Of course, this process requires a lot of energy (otherwise we'd be doing it to fix our pollution problems here on Earth).
Otherwise there is also some water in the soil, too, not just hydrogen.
You can extract hydrogen from the soil.
You can then mix it with oxygen to get water.
All nations around the world use football to refer to what you call soccer.
The US is the only exception worldwide, they should just get in line with the normal usage.
You do realize 99% of games are built for 32-bit right?
It's not any more work than installing OpenBSD
Most software on embedded devices is just Linux open-source software repurposed with a shitty UI on top.
Any POSIX-compatible software that you build and run yourself?
Just keep expanding outside of Earth. Problem solved.
It doesn't really matter what the operating system is if the security bug is inside the software you need to run.
Your app will sell if it does something useful.
Only superficial people care about looks.
And most apps are useless crapware.
The OS is but a tool to help you build your application, not something you must constrain yourself to.