Flash Mob Supercomputer?
dan of the north writes "The NY Times (free reg yyy bbb) is running an article on flash mob computing. More info on the first event in SF on April 3, 2004. The goal is to run Linpack and "build a home-brew computer powerful enough to be added to a list of the world's 500 fastest computers." Minimum requirements are 1.3 GHZ Pentium III/AMD equivalent or better with 256MB of RAM, a 100 Base-T network connection and a CD-ROM - laptops preferred. "After taking a shot at a speed record, the computer will be reorganized to serve as the host of a giant multiplayer video game tournament." Cool... a 2fer!"
Won't be long before sporting events and rock concerts will be able to host such supercomputers, too ...
... good enough node spec for me! ;)
Imagine, iPod2 has WLAN
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This doesn't sound like such a bad idea. seems like a lot of things could be done this way much faster and more efficiently. if this works we should look into other applications for the Flash Mob, like a rocket-building day for the X-Prize, or a random code-swap where a bunch of us get together and hand eachother a blank disc with the source code to something nifty on it to play with.
Next thing you know they'll have a room at science conferences where people leave their laptops when they're not presenting so that protein folding or whatnot gets worked out on-the-spot.
I have an idea as how to make Wifi hotspots economical. Imagine the Matrix meets Slashdot - in our wifi hotspot, imagine a network that sucks the living cycles from a beowulf cluster of you!
Here is the deal... to use a hotspot you have to download a package that connects your computer to the local "grid". In exchange for network access the grid gets your spare CPU cycles. The best hotspots could leverage the power of hundreds of notebooks, and then resell this on the market as a computing resource commodity, for multiplayer games, data crunching, whatever.
Though... I'm running a high fever and this is perhaps the fruit of a deranged mind.
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The next logical step I think would be for a university to provide free internet in dorm rooms, as long as you leave your system on and run a distributed computing client for them. The student saves $$ without any noticable problems on their side, the university gets free computing time, seems like a win win situation.
I really think 1200 is overkill for this. Take a look at the Top500 list and see how badly all the Gigabit Ethernet systems scale: most of them have worse than 50% efficiency and that's with only 1/4 the number of nodes. Now cut the interconnect bandwidth by a factor of TEN, cause Apple is pretty much the only company putting Gig-E standard in their (pro) computers, and it seems to me that hundreds of people are going to be sent packing because adding them to the cluster would actually make it SLOWER.
If "non-destructive" excludes the buggy 2.0.36 Adaptec SCSI drivers which fried a handful of AHA2940 controllers... yep :)
SETI@HOME isn't on the Top500 list, because it's not running Linpack, but according to its stats page, it's been running at about 63 TeraFLOPS today, which is comfortably #1 on the list. So this should be fun...
Bill Stewart
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A javascriptlet there will allow you to generate a totally random login for viewing the article. Every Slashdotter which accesses the article should create a new random login in turn, filling their database with useless random login id's that are only used once and then forgotten about.
Minimum requirements are 1.3 GHZ Pentium III/AMD equivalent or better with 256MB of RAM
Perhaps I'm missing some fundamental requirement of cluster comptuing, but why wouldn't macs work? I'm sure a 1.25 ghz G4 could hold its own with the above mentioned. It can also run linux. College campuses seem to be a hotbed of mac users, so it seems that they would want to tap this. Does clustering require that all nodes be of the same architecture?
Interesting term "flash mob". The first time I encountered it was in the writing of sci-fi author, Larry Niven. In some of his series personal teleportation becomes ubiquitous giving rise to the 'flash mob'.
When a news broadcast reports a certain kind of story (riot, fire, etc) people start to teleport into watch the fun. The news reports the growing mob and before long it reaches critical mass and turns into a real riot as people take advantage by teleporting in and doing a quick bit of looting.
I'm not sure if Larry originated the term though ? Anyone know an ealier source ? Is it a 'real' phenomenon ?
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1. Heat: If they expect to have 1200 people sitting in the bleachers with 1300+ MHz laptops running at 100% for the duration of a real benchmark, they'll have to expect a lot of burned laps.
2. Theft: If they have a designated hookup area for the computers (much more logistically feasible, ethernet-wise at least) they'll have a hard time getting all 1200 computers successfully reunited with 1200 owners. It'd be very easy to grab the wrong one "accidentally". Given that this is San Francisco I'd expect vultures looking for any opportunity in such a huge computer thief buffet.
You have given me an idea... How cool would it be to have a massive war (e.g. 500+ people). There hardware is there, all we need is a game which could handle this sort of scale.
...like a KNOPPIX ISO image that is specifically meant for setting up a distributed computer on a local LAN. How about it? I can think of a lot of places that could use the power of distributed computing that don't necessarily have all the knowhow of how to set it up - let's take the most obvious : public schools. Something like a Flash Mob Computing KNOPPIX ISO downloadable would be like a gift from God.
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