Follow Slashdot blog updates by subscribing to our blog RSS feed

 



Forgot your password?
typodupeerror
×

Comment Re:From Yesterday. (Score 1) 362

The Internet *was* built on trust. It also happens to be the case that not all people on the Internet are to be trusted and thus cryptography is necessary.

As you may know, many core pieces of the Internet are moving from the trust-all model to more secure models. Routing protocols, DNS, email, you name it. It used to be the case that when you plugged in your ethernet cable, you had a reasonable expectation that your computer would be safe.

That's not the case anymore and our infrastructure will evolve accordingly.

-l

Comment Re:Battery (Score 1) 70

And the other thing is that if PCs start getting less popular (phone + KVM + RDP to the cloud or similar), BOINC will shrink. They're trying to cover their bets with this phone stuff. While I, the submitter, think it's cool and important, I seriously doubt people will want to spend much effort on it -- especially if PC ownership shrinks overall.

Also, you're talking about AIDS and other high profile projects. There are plenty of low profile, tiny projects that benefit a great deal from BOINC at a price point that is affordable.

FAAH has been going since 2005. They've scanned millions of particles against a number of receptor sites. And we have barely got a few molecules making it to the wet lab. I'm not sure that even a billion dollars on dedicated kit back in 2005 would have made similar progress simply due to logistics and the brute force game we're playing.

As you know, not everything works on the GPU. But it sure is cool when it does!

Thank you for your contributions. I've been on the team for a long time, too.

-l

Comment Re:The Idle Cycles Fallacy (Score 1) 70

Not necessarily. A lot of these smaller research teams would have to pay big bucks to get on a decent grid (within a reasonable research timeframe). BOINC affords them that with very little cost.

http://boinc.berkeley.edu/trac/wiki/VolunteerComputing

Why is volunteer computing important?

It's important for several reasons:

  • Because of the huge number (> 1 billion) of PCs in the world, volunteer computing can supply more computing power to science than does any other type of computing. This computing power enables scientific research that could not be done otherwise. This advantage will increase over time, because the laws of economics dictate that consumer products such as PCs and game consoles will advance faster than more specialized products, and that there will be more of them.
  • Volunteer computing power can't be bought; it must be earned. A research project that has limited funding but large public appeal can get huge computing power. In contrast, traditional supercomputers are extremely expensive, and are available only for applications that can afford them (for example, nuclear weapon design and espionage).
  • Volunteer computing encourages public interest in science, and provides the public with voice in determining the directions of scientific research.

Slashdot Top Deals

Our business in life is not to succeed but to continue to fail in high spirits. -- Robert Louis Stevenson

Working...