This seems useful, but it is important to note that the approach may not
work well
unless the system of nonlinear equations is very well behaved and a good
starting
point is chosen. A good explanation of the problems with this exact
approach, that
is adding up the sums of squares of the individu
You could try the gmp multi precision arithmetic package.
> library(gmp)
> urand.bigz(10,64)
[1] "11691875040763095143" "15618480061048441861"
"13311871202921807091" "419603425985430936"
[5] "1009212057431928522" "7087885826104674385"
"12844267011818015745" "12455584250595618327"
[9] "13
Yes, we have an SGI Altix that is similar and R installs just fine. You
should be able to compile
the source code with either the gnu or Intel compilers.
See the R Installation and Administration manual at
http://www.cran.r-project.org/doc/manuals/R-admin.pdf,
and pay particular attention to th