For integers a; b and n > 0 we define S G Γ°a; b; nΓ ΒΌ X nΓ1 rΒΌ0 n[br ar n ln G br n and T G Γ°a; b; nΓ ΒΌ X nΓ1 rΒΌ0 n[br ar n G 0 Γ°fbr=ngΓ GΓ°fbr=ngΓ ; which are similar to the homogeneous Dedekind sum SΓ°a; b; nΓ: In this paper we establish functional equations for S G and T G : Moreover, by means of u
Some generalizations of Knopp's identity*
β Scribed by Huaning Liu
- Publisher
- Springer
- Year
- 2007
- Tongue
- English
- Weight
- 101 KB
- Volume
- 38
- Category
- Article
- ISSN
- 1678-7714
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π SIMILAR VOLUMES
A remarkably simple proof is presented for an interesting generalization of a combinatorial identity given recently by L. Vietoris [Monatsh. Math. 97 (1984) 157-160]. It is also shown how this general result can be extended further to hold true for basic (or q-) series.
A generalized q-binomial Vandermonde convolution of Sulanke is proved using a generalization of the Durfee square of a partition. Bender [4] proved the following generalization of the q-binomial Vandermonde convolution: where for l~ O, Bender's identity was generalized by Evans [5], who Obtained a f