Ricardo Ribeiro Gudwin wrote:
> Don Mikulecky wrote:
>
> > Don Mikulecky replies:
> >
> > yes your notation for Cartesian Product is clearer
> >
> > you will note that all my sets in the definition I used from Arbib's
> > category theory are FINITE.  Clealy, continuous intervals must be dealt with
> > differently.  This is more an issue of representation than a new conclusion
> > as I see it. Am I missing something?
> > Don
>
> Actually, I have second intentions on proposing such derivations from finite
> (discrete) to continuous. My point is ... if they are not MACHINES, then what
> are they ? Maybe ... complex systems ? Or, if not complex systems, then what ?
> Ricardo
>
> --
>                                                    //\\\
>                                                    (o o)
>  +-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-oOO--(_)--OOo-=-=-+
>  \                   Prof. Ricardo Ribeiro Gudwin                /
>  /             Intelligent Systems Development Group             \
>  \    DCA - FEEC - UNICAMP    |           INTERNET               /
>  /     Caixa Postal 6101      |     gudwin@dca.fee.unicamp.br    \
>  \   13081-970 Campinas, SP   |       gudwin@fee.unicamp.br      /
>  /          BRAZIL            |      gudwin@correionet.com.br    \
>  +-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-+
>  \ URL:        http://www.dca.fee.unicamp.br/~gudwin/            /
>  / Telephones: +55 (19) 788-3819 DCA/Unicamp (University)        \
>  \             +55 (19) 254-0184 Residencia  (Home)              /
>  / FAX:        +55 (19) 289-1395                                 \
>  +-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-+