Most Powerful Computer in Canada - for a Day
An anonymous reader writes "On Nov. 4, 18 Canadian universities and will create the most powerful computer in Canada for a day to solve an important computational chemistry question in one day -- a task that would normally take six years to complete." Here is more information on the temporary supercomputer available at the project's home page and at UofG's News.
Coincidentally, on Nov 4, Canadian Universities will create the world's first beer-cooled supercomputer, "Drunk Blue".
When asked why beer, the researchers involved explained that it was both plentiful and "what else would you use Blue for?".
"They do not preach that their god will rouse them, a little before the Nuts work loose." Kipling, 'The Sons of Martha'
Can it survive with the Slashdot effect?
imagine a beowulf clu... err.. wait.. dammit..
"The ones who dont do anything are always the ones who try to pull you down" -- Henry Rollins
For when you absolutely, positively need that chemistry problem solved by the next day.
First, we had to keep CISS-1 simple enough for us to manage. Second, the computational chemistry application has significant resource requirements (e.g., large memory, significant disk space, etc.). Third, we are not interested in "cycle stealing" for CISS-1; the machines that we use will be dedicated to the task at hand. The rest of the FAQ is here.
*** and now to the commercials, for the final time, here is an analysis of the Slashdot effect.
Canada is clustering all of their fishing ships to create the most powerful Canadian navy yet.
I'll form my OWN solar system! With blackjack! And hookers!
First the alarming lead in Zamboni technology, now this!!
Hmph. I remember back in January of '98 when I had the most powerful computer in Canada! Just me, my laptop, some cold soup from a can, and some candles...
HIV Crosses Species Barrier... into Muppets
Yeah, yeah. This is only funny to those who don't live in Canada, of course.
.... 99.5% of the world's population?
That would be.... let's see
If it's going to solve in a day what would otherwise take 6 years, it has to be almost 2200 times as powerful as their baseline. With 18 universities cooperating, that's about 120 times the baseline provided by each uni. From the article: "The University [one of the 18] will have 108 computer processors helping work on the problem." So, their baseline is a slow single-processor machine - who thinks that's anywhere near a fair comparison? Wow, we built a cluster! And it's lots faster than a single-processor machine! Never would have guessed!
So they've got 2000 processors working on this problem. Probably about as much horsepower as 1000 recent CPUs, or 250 U of rackspace. About 7 racks full of 1U systems with 4 Athlons in 'em. A million dollars would easily cover that, and if you stick it in northern Canada, you get cold clean air for free so the ongoing costs would be much less as well.
What I'm getting at is that I'm not real impressed, either with the article or with the project. If they spent more than 3 weeks organizing this, it would have been faster to just have one uni run the simulation in-house.
High-speed Road Trip (18.000KPH)