09/12/2009, 03:48 PM
(09/12/2009, 08:50 AM)mike3 Wrote: So it would seem that the regular iteration is not applicable to this case... (as I suspected) What about the other methods, e.g. the continuum-product formula?
There are two other methods. Intuitive slog and matrix power tetration.
The intuitive slog seems not applicable to bases \( \le 1 \) (see Andrew's post about the base range of the intuitive slog).
Then I tried the matrix power method for base 0.04. It converges, however the result is not a superexponential. I plot the sexp on (0,1) (lower curve) and b^sexp(x) on (-1,0). They should be the same, but differ remarkably. The curve is nearly the same for matrix size 30 and matrix size 40.
