Tuesday, September 9th 2008
Techpowerup Folding at Home Team Has Made it into the Top 200 Teams
Several days ago, the Techpowerup Folding at Home (F@H) team made it into the top 200 teams in the official F@H stats. This was no small feat and was accomplished due the countless hours of CPU/GPU time donated by the team's members. I would like to thank all of them for the time, energy, and money they have selflessly donated to this wonderful project. I encourage everyone who is able to join the team and help us reach the top 100! A list of all members who have donated CPU/GPU time to the team has been included inside the thread.
For those of you who have not heard of the Folding At Home project it is a distributed computing project run by Stanford University. It uses spare CPU/GPU cycles of idle processors from around the world to calculate the folding of proteins. Protein folding is a complex action that takes place after protein synthesis where the interaction of several forces in the molecule causes it to assemble or "fold" into its functional form. The shape of a protein has more to do with its function than its composition. The misfolding of proteins is the suspect cause behind many diseases including Alzheimer's, Mad Cow (BSE), CJD, ALS, Huntington's, Parkinson's disease, and many Cancers and cancer-related syndromes. The F@H project aims to calculate the folding/misfolding of key proteins in order to find cures and treatments for some of these debilitating diseases.
For More Information You May Visit These Sites:
Folding at Home | Techpowerup Folding at Home Team (TeamId: 50711)
For those of you who have not heard of the Folding At Home project it is a distributed computing project run by Stanford University. It uses spare CPU/GPU cycles of idle processors from around the world to calculate the folding of proteins. Protein folding is a complex action that takes place after protein synthesis where the interaction of several forces in the molecule causes it to assemble or "fold" into its functional form. The shape of a protein has more to do with its function than its composition. The misfolding of proteins is the suspect cause behind many diseases including Alzheimer's, Mad Cow (BSE), CJD, ALS, Huntington's, Parkinson's disease, and many Cancers and cancer-related syndromes. The F@H project aims to calculate the folding/misfolding of key proteins in order to find cures and treatments for some of these debilitating diseases.
For More Information You May Visit These Sites:
Folding at Home | Techpowerup Folding at Home Team (TeamId: 50711)
56 Comments on Techpowerup Folding at Home Team Has Made it into the Top 200 Teams
At least that is how I calculated it.
i've been gaming alot lately so my wu's have slacked, but steady.
I guess the "they who would steal" being F@H or the uni.
And oh running Virtual on VMWare is not going to hinder performance like you think, infact you will be amazed how well it performs.
Download the free version and see for yourself. I run bunch of VM servers and my machine doesn't slow down nor the virtuals run slow.
Thanks.
I have microsoft virtual PC installed so I can play around in linux. It's free for college students. Do you know if there would be any advantage to running it in a virtual linux environment?
But I think you will like VMWare ESX server. Register on VMWare.com and you can download a free version. In the new version you can allocate CPU cycles to each virtual instance. That is why I thought I will dedicate 1GHZ of my cpu cycle if needed take it back kind of setup.
You should try it out, its awesome, you can VMotion (manual fail over to another virtual machine) to another machine if the load is too high or you need to do maintenance on one virtual, like increasing memory etc, even mem can be done dynamically. MS Virtual PC, I don't think has all these features.
How do you force this thing to use > 25% CPU ? The Client is set to use 100% ?