12/17/2007, 07:31 PM
The more I think about it, the more I think that the FAQ and the formula sheet should be combined.
Here is a combined outline for the possible merge of the two:
@Henryk
If you could provide the TeX source for your FAQ, I will combine it with the formula sheet...
Andrew Robbins
Here is a combined outline for the possible merge of the two:
- Preamble
- Introduction to Hyper-operators
- What is the Ackermann function?
- Hyper-operator notation
- Hyper-operator terminology
- Hyper-operator identities
- What is the Ackermann function?
- Introduction to Tetration
- Tetration as the hyper-4-operator
- Tetration notation and terminology
- Sequence of n-th tetrates
- Standard extensions of tetration
- Extending tetration to zero base
- Extending tetration to complex bases
- Extending tetration to negative heights
- Extending tetration to infinite heights
- Extending tetration to zero base
- Tetration as the hyper-4-operator
- Introduction to Iteration
- Dynamical systems translation equation
- Abel's functional equation
- Schroeder's functional equation
- Boettcher's functional equation
- Julia's functional equation
- Tetration vs. Iterated Exp
- Dynamical systems translation equation
- Exponentiation and factorials
- Table of exponentiation
- Extension of exponentiation
- Extension of factorials
- Extension of super-factorials
- Table of exponentiation
- Topological conjugacy
- Lambert-W-like conjugates (srt2(x), W(x), x^^oo)
- Exponential-like conjugates (b^x = (h^(1/h))^x, h^x - 1)
- Topological conjugacy of the super-logarithm
- Lambert-W-like conjugates (srt2(x), W(x), x^^oo)
- Other extensions of Tetration
- Ingolf Dahl's solution
- Ioannis Galidakis' solution
- Daniel Geisler's solution
- Gottfried Helms' solution
- Robert Munafo's solution
- Cliff Nelson's solution
- Peter Walker's solution
- Andrew Robbins' solution
- Jay D. Fox's solution
- Andrew Robbins' solution
- Ingolf Dahl's solution
- Other extensions of Hyper-operators
- Bromer's mixed hyper-operators
- Munafo's lower hyper-operators
- Trappmann's binary-tree hyper-operators
- Trappmann's associative/commutative hyper-operators
- Trappmann's balanced hyper-operators
- Bromer's mixed hyper-operators
@Henryk
If you could provide the TeX source for your FAQ, I will combine it with the formula sheet...
Andrew Robbins

