Re: asymptotic behaviour of multivariate recurrence equations?
- From: "Marc Nunkesser" <marc.nunkesser@xxxxxxxxxxx>
- Date: Thu, 11 Aug 2005 10:56:43 +0200
Thanks you for this hint. Unfortunately I am not 100% sure, to what
approximation it refers.
In Fundamental Algorithms 3rd Edition there is one reference to the
asymptotic behaviour of stirling numbers on page 66. But on page 66 (and
around it) there are only exact equations involving stirling numbers. Should
the big TeX system have gone wrong? ;o)
In Graham Knuth Patashnik, Concrete Mathematics there is one referene to the
asymptotic behaviour of stirling numbers on page 495. The only exercise that
makes half sense to me in this context is 62 which is said to be difficult.
The solution cites a paper of Canfield from 1978 and the book Combinatorial
Chance by David and Barton from 1962.
Is this what you meant?
Greetings,
Marc.
"Edward M. Reingold" <reingold@xxxxxxxxxxxxxx> wrote in message
news:85y879g3l1.fsf@xxxxxxxxxxxxxxxxx
>>>>>> "MN" == Marc Nunkesser <marc.nunkesser@xxxxxxxxxxx> writes:
>
> MN> Now what happens with multivariate recurrence equations? For
> example I
> MN> have:
>
> MN> T(n,m) = T(n,m-5) + 5 T(n-1,m-5) + 10 T(n-2,m-5) + 10 T(n-3,m-5) +
> 5
> MN> T(n-4,m-5) for n>5 and m> 5
> MN> and T(n,m) = 1 for n<=5 or m <=5
>
> See the way Stirling numbers are approximated in Knuth.
>
> --
>
> Professor Edward M. Reingold Email: reingold@xxxxxxx
> Chairman, Department of Computer Science Voice: (312) 567-3309
> Illinois Institute of Technology Assistant: (312) 567-5152
> Stuart Building Fax: (312) 567-5067
> 10 West 31st Street, Suite 236
> Chicago, IL 60616-3729 U.S.A.
.
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