yeah either that or the test was bullshit
yeah either that or the test was bullshit
> Thus the actual increase in performance is very, very, very little.
Nope. CAS latencies are measured in clock cycles, so what you are seeing is the latency for the first read remaining at about 9ns. As the frequency increases the number of cycles it takes before 9ns has passed increases as well. Overall observable latency stays about the same for the first read, but you gain from the higher frequency on subsequent reads.
If they do this, they will go down in the history books as the farthest people from the earth, I can see how a billionaire might be attracted to that.
I have a billionaire I would like to nominate for this trip. We can throw in Carrot Top for surprise entertainment, to be revealed sometime after launch.
You really think the people in black masks breaking windows and setting fires on campus were elite Berkley students?
Pettit's Ice Volume Death Spiral graphs are somewhat more understandable, but no less depressing.
I think it's more a case of Musk running a number of companies which are extremely vulnerable to the whims of the federal government, especially SpaceX, and he is acting to protect those. As to his personal beliefs and how hard he may have bite his tounge along the way, I've no idea.
Close, planetary atmospheric physicist
Two possible explanations here:
1) auto-correct typo.
2) a subtle reference to Giovanni Schiaparelli's Martian canali.
You'll never know.
The odd thing about these waves (they have been seen before) no wind process (or any other process) that we are familiar with can cause a wave of this magnitude yet here they are.
The basic phenomena is equivalent to a hydraulic in a river downstream of a rock. Kayakers have lots of fun playing in them. If the vertical density gradient in the atmosphere is small enough the waves can grow quite large without too much trouble. With a softly defined upper Venetian atmosphere I'd view it more as an internal wave than a surface wave, then it isn't too surprising.
I am surprised at the apparent lack of Coriolis and no sign of something similar to Hadley cells at latitudes less than 60 degrees, but then again IANAPAP.
You are twisting the meaning to fit a particular straw man you want to knock down. I obviously wasn't talking about Berkley vs. Bell Labs UNIX as being interchangeable cogs and was talking about the philosophy governing the interaction of the various sub and support systems within a modern Linux deployment.
What was a better way, the UNIX way, was having multiple interchangeable options for any particular cog in the machine. No reliance on a sole supplier. In Debian even HURD or BSD could be swapped out for the Linux kernel in a semi-official, if experimental, way.
Avoiding a mono-culture has huge industry implications for surviving horrific infrastructure bugs, engaging competition and A/B tests, and filling niches with the best tool for the day's particular job. If systemd was truly optional in official Debian there would be no crisis, no endless talking past each other hate filled forum threads. Instead there was an unfortunate slim-vote by a Debian technical committee and major community damage to the project with a large number of DDs and contributors losing passion for the greater project. Which is the real horror and tragedy of the thing.
Obesity kills more people than lack of healthcare.
Therefore we don't need to invest anything in heath care!
Great argument there buddy.
> I hear it does great things
Only because it has a well funded marketing campaign and VP9 doesn't. At this point VP9 is ahead but perhaps only because they had a bit of a head start as H.265 was delayed due to the member companies squabbling over who's patent protected tech got premier submarine status.
We'll have to wait for H.265 to be properly tuned before we can make a real comparison between it and VP9. VP9 has already won on the licensing front. H.265 might be faster at the initial encode but as mentioned it isn't entirely finished yet and new features could easily make the final product bloatier.
You do not want to use either of these codecs without dedicated hardware support. They aren't too different from H.264 and VP8, the primary change is trading disk space now for CPU cycles later. Think gzip vs. bzip2 - each has their place but different compromises are made.
I don't disagree, but keep in mind that the production of fertilizer is a major consumer of fossil hydrocarbons.
Nobody is making or destroying carbon.
Who cares if it's "fossil carbon"? Carbon from a dead tree (or animal) that has fallen and is rotting on the forest floor is in no way different from carbon trapped in a pool of goo deep within the earth which began as a tree (or animal) that fell and died a million years ago.
There are two carbon cycles. The atmosphere-lithosphere quick turn-around one, and the larger much slower one which includes that plus the crust and upper mantle.
Time scales and orders of magnitude matter. In the last 200 years we've increased the amount of atmospheric carbon by about 40% and the acidity of the ocean by about 30%. In 100 million years time the carbon cycle will be back in balance, but in 500 years it will be experiencing a major wobble. That major wobble may cause enough problems to destroy our civilization one way or another. Let's avoid that, eh?
It's not about saving the Earth, the Earth will be just fine. It's about saving our civilization and a large percentage of the species on the planet.
Good grief! It starts to appear than nobody is getting even a basic education anymore in REAL subjects and that many are instead being indoctrinated into brain-dead political ideologies.
I can tell you about subduction and the major forms of carbon-silicates in the Earth's mantle if you want me to, but I'm guessing you don't.
When the bosses talk about improving productivity, they are never talking about themselves.