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sumtools[hyperrecursion] - Zeilberger-Koepf's hyperrecursion algorithm
Calling Sequence
hyperrecursion(U, L, z, s(n))
Parameters
U, L
-
lists of the upper and lower parameters
z
evaluation point
n
name, recurrence variable
s
name, recurrence function
Description
This function is an implementation of Koepf's extension of Zeilberger's algorithm, calculating a (downward) recurrence equation for the sum
the sum to be taken over all integers k, with respect to n. Here, U and L denote the lists of upper and lower parameters, and z is the evaluation point. The arguments of U and L are assumed to be rational-linear with respect to n. The resulting expression equals zero.
The output is a recurrence which equals zero. The recurrence is output as a function of n, the recurrence variable, and .
The command with(sumtools,hyperrecursion) allows the use of the abbreviated form of this command.
Examples
Dougall's identity
See Also
sum, sumtools, sumtools[gosper], SumTools[Hypergeometric][Zeilberger], sumtools[hypersum], sumtools[hyperterm], sumtools[sumrecursion]
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