Email address obfuscation in effect -- please
click here to turn it off.
[
Date Prev][
Date Next][
Thread Prev][
Thread Next][
Date Index][
Thread Index]
Stephen Montgomery-Smith wrote:
So, for the more mathematically challenged of us, what is the benefit
of this kind of research?
I think that it is fair to say that the main benefit of this kind of
research is the intellectual challenge. Rather like climbing Mount
Everest.
To say a little more - I haven't seen the details of what they did, but
I would guess that a large part of this work is to apply already
established techniques and throw more computer power at it. But I could
be completely wrong.
I did a similar (well much easier) computation a few years ago. I
computed the number of ways to place the five tetrominoes and 12
pentominoes into an 8 by 10 rectangle, as described on this web page:
http://www.xs4all.nl/~gp/PolyominoSolver/Polyomino.html. The challenge
wasn't in how to do it so much as where to get sufficient computer power
- I estimated it would take one fast desktop computer about a year. So
I used the computers in the GCB math labs over a vacation, and ran them
in parallel, and it took a few days to find that there were
3,386,001,688 of them.
Most definitely just pure curiosity - nothing else. And I learned a lot
about TCP/IP programming in C.
Stephen
_______________________________________________
discussion mailing list
EMAIL:PROTECTED
http://mlug.missouri.edu/mailman/listinfo/discussion