AbstractIf h, k ∈ Z, k > 0, the Dedekind sum is given by s(h,k) = ∑μ=1kμkhμk, with ((x)) = x − [x] − 12, x∉Z, =0 , x∈Z. The Hecke operators Tn for the full modular group SL(2, Z) are applied to log η(τ) to derive the identities (n ∈ Z+) ∑ ∑ s(ah+bk,dk) = σ(n)s(h,k), ad=n b(mod d)d>0 where (h, k) = 1, k > 0 and σ(n) is the sum of the positive divisors of n. Petersson had earlier proved (∗) under the additional assumption k ≡ 0, h ≡ 1 (mod n). Dedekind himself proved (∗) when n is prime
AbstractWe have proved that in some cases and in a manner, the Hirzebruch sum is an eigenfunction fo...
AbstractWe prove the following result on the distribution of Dedekind sums: limM→∞logMM∑c=1M1c∑Dmodc...
summary:Let $p$ be an odd prime and $c$ a fixed integer with $(c, p)=1$. For each integer $a$ with $...
AbstractIf h, k ∈ Z, k > 0, the Dedekind sum is given by s(h,k) = ∑μ=1kμkhμk, with ((x)) = x − [x] −...
AbstractSums of Dedekind type are defined by the formula f(h, k) = Σμ(mod k) A(μk) B(hμk), where eac...
AbstractA brief and elementary proof of Petersson and Knopp's recent theorem on Dedekind sums is giv...
AbstractA simple proof of the identity D(a, c) = − D(a, c) for the Dedekind sums D(a, c) introduced ...
AbstractA necessary and sufficient condition is given for a positive integer to appear as the denomi...
In this paper, we express three different, yet related, character sums in terms of generalized Berno...
AbstractGeneralized reciprocity formulas and Dedekind-Petersson-Knopp-type formulas are given to gen...
1. Background. Dedekind sums are classical objects of study intro-duced by Richard Dedekind in the 1...
Menon's identity is $\sum_{a \in A}^m (a-1,m) = d(m) \varphi(m)$, where $A$ is a reduced set of resi...
AbstractRademacher asked the following: if h1k1 and h2k2 are adjacent terms in a Farey series and if...
AbstractAn elementary proof is given of the author's transformation formula for the Lambert series G...
AbstractLetp⩾3 be a prime number,b⩾2 a primitive root modpandzan integer, 1⩽z⩽p−1. The digit expansi...
AbstractWe have proved that in some cases and in a manner, the Hirzebruch sum is an eigenfunction fo...
AbstractWe prove the following result on the distribution of Dedekind sums: limM→∞logMM∑c=1M1c∑Dmodc...
summary:Let $p$ be an odd prime and $c$ a fixed integer with $(c, p)=1$. For each integer $a$ with $...
AbstractIf h, k ∈ Z, k > 0, the Dedekind sum is given by s(h,k) = ∑μ=1kμkhμk, with ((x)) = x − [x] −...
AbstractSums of Dedekind type are defined by the formula f(h, k) = Σμ(mod k) A(μk) B(hμk), where eac...
AbstractA brief and elementary proof of Petersson and Knopp's recent theorem on Dedekind sums is giv...
AbstractA simple proof of the identity D(a, c) = − D(a, c) for the Dedekind sums D(a, c) introduced ...
AbstractA necessary and sufficient condition is given for a positive integer to appear as the denomi...
In this paper, we express three different, yet related, character sums in terms of generalized Berno...
AbstractGeneralized reciprocity formulas and Dedekind-Petersson-Knopp-type formulas are given to gen...
1. Background. Dedekind sums are classical objects of study intro-duced by Richard Dedekind in the 1...
Menon's identity is $\sum_{a \in A}^m (a-1,m) = d(m) \varphi(m)$, where $A$ is a reduced set of resi...
AbstractRademacher asked the following: if h1k1 and h2k2 are adjacent terms in a Farey series and if...
AbstractAn elementary proof is given of the author's transformation formula for the Lambert series G...
AbstractLetp⩾3 be a prime number,b⩾2 a primitive root modpandzan integer, 1⩽z⩽p−1. The digit expansi...
AbstractWe have proved that in some cases and in a manner, the Hirzebruch sum is an eigenfunction fo...
AbstractWe prove the following result on the distribution of Dedekind sums: limM→∞logMM∑c=1M1c∑Dmodc...
summary:Let $p$ be an odd prime and $c$ a fixed integer with $(c, p)=1$. For each integer $a$ with $...