Folding@Home Client's Performance Impact Measured
EconolineCrush writes "Trying to convince your boss to let you run Stanford's Folding@Home client on the machines at work? Here's an article that measures the performance impact of running the Folding@Home client that might help. The article examines the client's impact on the performance of business applications, games, workstation applications, and more. When set up correctly, the Folding@Home client can be run transparently in the background with only a negligible impact on system performance, which means your boss has one less reason to turn you down."
this article isn't going to convince him.
You would be running the application on THIER machines, NOT yours. Ypu boss would have EVERY right to say NO.
"It's not like your minds are as open as the source you love..." - Me to the majority of Slashdot.
Don't get me wrong, I think distributed computing projects are great, especially those focused on legitimately useful research. However, running a distributed computing client on a machine at work will likely cause it to consume more electricity. A Pentium 4 has a maximum power consumption in the range of 65W, no? So every computer you install this on is like leaving a 60W lightbulb on 24-7, year-round. If you do this with many computers, I think that may add up to a nontrivial expense that you're essentially stealing from the company, no? Just playing devil's advocate...
...there's more than one reason it's called "Folding@HOME" and not "Folding@WORK". Hmm?
If you can't get permission the first time around, repeated pestering will not help your case.
Hokey statistics and ancient misconceptions are no match for a good thought in your head, kid!
OK, so I don't really believe the last one because it seems that most buildings have such variation in number of computers and people moving through etc. But that doesn't stop the other two for being equally accurate.
...but it might help you get to the truth about why you're not being allowed to do it.
We all know that the vast majority of CPU cycles are wasted. If your boss is telling you that you can't do it because of the impact on the workstation, they're most likely lying to you. Most bosses either
Of course, addressing these issues with your boss is far from easy, but if proving to them that workstation performance is not the issue forces them to raise the real issue then at least you have a chance.
How can we afford to ever sleep
So sound again
--ebtg
Does anyone really think that the reason these things are being rejected by management is because of performance???
Like woodworking? Build your own picture frames.
A Duron 1.2GHz with 256 MB of RAM is a low end system? That's a pretty decent low-end system of *now*, but what about using a machine that's 2 years old or more? You know, those sub 1-GHz machines and 128MB of RAM (if you're lucky)? Man, that low-end system is far faster than what I use at work (and what most people use).
What about memory consumption? Having to hit the swapfile more often because its running would slow down a compile job, or heck, just the apparent responsiveness of the system. If opening a document takes 10 seconds longer because the system has to swap, I'd say that has a far more annoying impact than the miniscule extra CPU resources...
The problem with this is, there is no way that the wear on the machines is also "negligible." An average business workstation probably has something like 1% CPU usage average each day. When you bump that up to 100% (and drive and memory a related amount), it will shorten the computer's life.
This is why volunteer distributed computation has been primarily popular among academics, students, and low-wage tech workers; people who aren't financially responsible for the computers to which they have access.
Karma: Good (despite my invention of the Karma: sig)
We've had this problem with the GUI coders (VB and .NET monkeys) at our place. The stuff they produce will crash at the slightest provocation (such as being installed on the 'wrong' partition!). They then try to push the blame on to users for having 'non-standard' configurations (like more than one hard-drive). If someone can't write portable, maintainable, reliable, efficent code they should find a job that demands less technical skill - like flipping burgers.
By comparison the seti/folding@home clients are written to be portable (especially folding@home) and have been tested on many thousands of different computers, reliablity at the users end is more indicative of in-house issues.
> If you're not using your computers, it doesn't matter, now, does it? .. ..
Yes! Some pay per bandwith used, and even if its flat, 100 PC's on a corporate network could generate some neat network traffic too.
I think my UD client downloads ~600k for each Work Unit
Thats not much, but adds up
Before you email me, remember: "There is no god!"
In today's dismal health arena, I wonder what the patent rights are on the results of such computing. They are using our CPU resources to find an answer and, even though the results might be published academically, some pharm company is going to take them and make a few over-priced drugs.
Perhaps someday I won't even be able to afford the drugs that are a result of my CPU cycles. That's not to discourage donating cycles, but it is something to think about.
Is the donation of time / resources to this considered tax deductable? That might sway a few PHBs.
A bit of a stupid question I guess, but does anyone know what the IP ramifications of this project are? I don't really want the spare cycles of my machine to help someone get a patent to lock the general public out of benefitting from this biz. I checked the page but I find no mention of IP, which hopefully means it's public material, but I'm not sure.
Sheesh, especially for displaying geographic data about the folding clients, Equirectangular would be a much better choice, since the calculation for point placement is perfectly linear.