However, in general, I haven't been able to find an efficient
(polynomial time) algorithm to compute this break-down (but I also
haven't yet proved that the problem is NP-complete, so there may be a
polynomial time solution even if P != NP).
Hi Andrew
If possible, please outline the
Randall Britten wrote:
However, in general, I haven't been able to find an efficient
(polynomial time) algorithm to compute this break-down (but I also
haven't yet proved that the problem is NP-complete, so there may be a
polynomial time solution even if P != NP).
Hi Andrew
If possible,
Hi all,
One issue which has recently been discussed amongst those of us working
on CellML tools is the best way to handle models which require systems
of equations to be solved efficiently. For example, if a model has
equations like:
f1(a, b, c) = 0
f2(a, b, c) = 0
f3(a, c) = 0
f4(b, c, d, e)
