Here's a copy of the email I just sent to the executive producer of cnet.com (from a zdnet.com Contact Us link):
Good evening, Sir.
Having just read a very recent article on your site:
http://zdnet.com.com/2100-1105-840652.html
I was struck by the following paragraph:
Heartened by the phenomenal success of the SETI@Home distributed computing application, which crunches radio telescope data to look for intelligent patterns, Baranowski decided to add a screensaver to the program.
Well, the SETI project may be in trouble. Bandwidth issues for the last month or so (and extremely bad the last few days) is beginning to cause people to leave the project in droves. Berkeley's answer:
Short-term solutions We're working on several short-term solutions:
o Increase the bandwidth of UCB's network connection. We hope to "expand the pipe" by about 10 Mbps - enough to ease, but not eliminate, the crisis. The issue is money - bandwidth costs about $300 a month per megabit, and neither SETI@home nor the university has budgeted for this cost.
o Send data more efficiently. Currently work units are encoded as text. By sending them in binary, we can shrink them by about 25%. (Note: data compression isn't effective for our data, which is primarily random noise). This change will require a new version of the client software.
o Increase the amount of computation per work unit. Doubling the CPU time per work unit - by looking at more chirp rates, for example - will reduce bandwidth by 50%. There is scientific justification for doing this, although the law of diminishing returns applies. This will also require a new version of the client software. (This is what many of us are afraid will happen as it did in Jan 01.)
Long-term solutions
The long-term solution is to allow work units to be sent from servers outside UC Berkeley. This could be done, for example, by sending work units to servers at organizations - companies and universities - that are willing to donate part of their outgoing network bandwidth to SETI@home. In addition to solving the current problem, this could greatly increase our overall data capacity, enabling us to search for ET signals in a wider frequency band.
This solution represents a significant change to our software; we will use this approach in our next-generation software. We are seeking funding to develop this software, and it won't be ready for at least 6 months.
is a cry for help. Is there anything your publication could do to help spur interest in government/corporate funding for bandwidth or collaborations to provide mirror sites?
If not, I would at least like to thank you for taking the time to read this letter.
Sincerely yours,
Jerry D. Turner
Join Team AnandTech SETI
http://www.teamanandtech.com/faqs/seti/