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Submission + - Ask Slashdot: What are your top work-from-home tips? 2

ichard writes: "In a couple of months I'm going to start working from home full-time. I've been thinking about the obvious things like workspace ergonomics, but I'm sure there are more subtle considerations involved in a zero-minute commute. What are other Slashdot readers' experiences and recommendations for working from home?"

Comment Re:Rose-tinted glasses (Score 1) 66

I can't comment on the rest of what is written here, but this statement in particular is definitely a false statement. CERN did not take over this project. Scientific Linux remains a collaboration between the two labs.

Officially true. However given the state of 'Fermilinux' when they combined and how much things improved it was very clear where the project leadership was really coming from.

Your logic here is fallacious. Fermi Linux was never intended for internal use, and it had a small team with limited time to work on it. The improvement you cite could just as well be attributed to the fact that you can accomplish more with more people working on it, and the fact that they were now designing it for outside use.

As for how the project progressed, it came out of a HEPIX meeting in 2003. The Red Hat change was discussed, and the system's two Fermilab developers went home, repackaged it, and returned to the 2004 HEPIX meeting with a RHEL 3 rebuild - Scientific Linux 3.0.1. My understanding is that the collaboration with CERN occurred AFTER that.

As further indication of CERN's impact all the Scientific Linux installations that I am aware of use 'SLC' the CERN variant - I've not heard of anyone using the Fermilab variant - although I assume that at least Fermilab do!

Multiple personal experiences != data. Your sample is biased by virtue of your own work, whatever it is, and the people you associate with. Your sample is also too small, when measured against the millions of downloads. What's more, it is the generic version of Scientific Linux that is used most widely, and not the Fermi or CERN versions.

Comment Re:Rose-tinted glasses (Score 2) 66

Not to mention Scientific Linux (which was frankly unusable it was so out of date until CERN took over)

I can't comment on the rest of what is written here, but this statement in particular is definitely a false statement. CERN did not take over this project. Scientific Linux remains a collaboration between the two labs. See:

SL is a Linux release put together by Fermilab, CERN, and various other labs and universities around the world. Its primary purpose is to reduce duplicated effort of the labs, and to have a common install base for the various experimenters. -From http://www.scientificlinux.org/

If you click on the "about" page, you'll see that there are two "main" developers from Fermilab, two from CERN, one from DESY, and one from ETHZ.

Comment Re:TRUE inovation will always happen at places ... (Score 2) 66

I agree that the fact that basic research leads to unexpected spinoff technologies is not generally given sufficient recognition, which your comment seems to imply, aix tom. But don't forget that both the Tevatron and LHC computing architectures are based on the use of cheap commercial technology. Without affordable computing components and later PCs, they could not accomplished all of these other things. It's a symbiosis. Of course, from your comment it isn't clear whether or not you meant to dismiss corporate innovation entirely, or just short-sighted corporate greed. So my apologies if I'm making any wrong assumptions.
Supercomputing

Submission + - How did the Tevatron influence computing? (isgtw.org)

SciComGeek writes: Few laypeople think of computing innovation in connection with the Tevatron particle accelerator, which shut down earlier this year. Mention of the Tevatron inspires images of majestic machinery, or thoughts of immense energies and groundbreaking physics research, not circuit boards, hardware, networks, and software.

Yet over the course of more than three decades of planning and operation, a tremendous amount of computing innovation was necessary to keep the data flowing and physics results coming. Those innovations will continue to influence scientific computing and data analysis for years to come.

Submission + - New PetaFlop Climate computer to come online. (knoxnews.com)

bricko writes: The system, which is used for climate modeling and resource, also includes two separate Lustre parallel file systems "that handle data sets that rank among the world's largest," ORNL said. "NOAA research partners access the system remotely through speedy wide area connections. Two 10-gigabit (billion bit) lambdas, or optical waves, pass data to NOAA's national research network through peering points at Atlanta and Chicago."

Submission + - Self-healing chips fix themselves (bbc.co.uk)

An anonymous reader writes: Researchers at the University of Illinois have devised a healing mechanism for chips that works in a fraction of a second. The group has created a circuit that heals itself when cracked thanks to the release of liquid metal which restores conductivity. The process takes less than an eye blink to bring the circuit back to use without the user even becoming aware. The researchers said that their work could eventually lead to longer-lasting gadgets as well as solving one of the big problems of interplanetary travel.
For those interested in the science behind the story, they've made the original paper free to read: http://dx.doi.org/10.1002/adma.201102888

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