Vince said:pascal said:IIRC they are working with 10microsec. Also the agregated pFLOP of 35,000 computers maybe more than 1 pFLOP for very low cost (operation and programming).
That was my point Pascal, I think your doing a great and noble thing putting a team together and I'll support you; Yet, I don't see the point. Even with 35,000 users who are doing other things concurrently - we'll pretend there is 100% utilization (which is ridiculous when you think of the ineffeciencies piled on: Between the inherient Von Neumann architecture's problems and the additional user created ineffeciencies concerning the OS and aggregate preformance deminishing programs) that output an average 8GFlop/s. Thats ~280TFlop at 100% effeciency if I did the math in my head right. Thats a quarter of ONE Blue Gene system in theory, perhaps a 10th (~28TFlops) atmost in reality. Add to this that within 2 years you'll potentially be buying PCs and Consoles with TFlop range MPUs based on the IBM/SUN (or Intel to a lesser extent) type architectures that just scream massive concurrency and onboard DRAM; and buy them them for $300-$1000.
And what about hundreds of thousands of nodes and each one with the MPUs you described?
Thanks to all of usVince said:Also the number of computers depends on the number of people that want to help.
This be true, and that numbers goin' up by atleast two thanks to you