Regarding this request, William has a question which interactive "visualization"
objects would be most useful for people with combinatorial inclination.
Certainly graphs, trees, but I guess also 3- or multi-dimensional objects
such as plane partitions and polytopes ... Anything else?
Best,
Anne
Yo !
Does Math directorate pay for programmers to write open-source versions
> of commercial software?
>
Of course not. It is just that when commercial softwares fail to do the
job, we have to do it in their stead. And we cannot seriously expect them
to implement what we need for our researc
> Math presumably not Computer Science.
>
> Does Math directorate pay for programmers to write open-source versions
> of commercial software?
It is under the NSF-OCI soliciation which is software in any area
(biology, astronomy, physics, chemistry, math, ...). We were not planning
to ask for a
On Wed, Oct 29, 2014 at 07:09:53PM -0700, Andrew wrote:
>I agree with Dima in that it would be great to have some of the basic
>ring theory available in improved. There are some basic deficiencies
>with (Laurent) polynomial rings, especially in more than one variable
>and it would g
Hi Anne,
I agree with Dima in that it would be great to have some of the basic ring
theory available in improved. There are some basic deficiencies with
(Laurent) polynomial rings, especially in more than one variable and it
would great if all of the problems with quite basic rings could be iro
On 2014-10-28, Anne Schilling wrote:
> Dear All!
>
> Dan Bump, Ben Salisbury, Mark Shimozono and I are planning to apply
> for an NSF grant for Sage (to fund Sage Days and other Sage related
> activities). We will mostly focus on topics in combinatorics/algebra/
> representation theory. It would b
