The First Power Mean of the Inversion of L-Functions and General Kloostermann Sums

 The main purpose of this paper is using the estimate for classical Kloostermann sums and E. Bombieri–A. I. Vinogradov’s important work to study the first power mean of the inversion of Dirichlet L-functions with the weight of general Kloostermann sums, and give an interesting asymptotic formula.     

三次高斯和与Kloosterman和的线性递推公式

应用三角和方法以及高斯和的若干性质,研究三次高斯和与Kloosterman和的一类高次混合均值的计算问题,本文给出该混合均值的一个有趣的线性递推公式.同时,还应用该递推公式,得到三次高斯和与Kloosterman和的高次混合均值的一系列较强的渐近公式.     

On Exponential Sums Involving the Ideal Counting Function in Quadratic Number Fields

 Let χ be a Dirichlet character modulo k > 1, and F _χ(n) the arithmetical function which is generated by the product of the Riemann zeta-function and the Dirichlet L-function corresponding to χ in . In this paper we study the asymptotic behaviour of the exponential sums involving the arithmetical function F _χ(n). In particular, we study summation formulas for these exponential sums and mean square formulas for the error term. Received April 17, 2001; in revised form April 2, 2002     

关于DIRICHLET L-函数的四次加权均值分布

利用经典K LOOSTERM ANN和估计、特征和的性质及其解析方法讨论了D IRICH LET L-函数的四次加权均值分布,得出一个有趣的加权均值分布定理.     

The fourth power mean of the general 2-dimensional Kloostermann sums mod <Emphasis Type="Italic">p</Emphasis>

The main purpose of this paper is using the analytic methods and the properties of Gauss sums to study the computational problem of one kind fourth power mean of the general 2-dimensional Kloostermann sums mod p, and give an exact computational formula for it.     

Dirichlet L-函数倒数的2k次加权均值

本文主要目的是利用经典的Ｋｌｏｏｓｔｅｒｍａｎｎ和估计及其解析方法研究Ｄｉｒｉｃｈ－ｌｅｔ Ｌ-函数倒数的 ２ｋ次加权均值,得到了一个较为精确的渐近公式．     

The Fourth Power Mean of the General 3-dimensional Kloostermann Sums mod p

The main purpose of this paper is using the analytic methods, the solutions of the congruence equation mod p and the properties of Gauss sums to study the computational problem of one kind fourth power mean of the general 3-dimensional Kloostermann sums mod p, and give a sharp asymptotic formula for it.     

The Fourth Power Mean of the General 2-Dimensional Kloostermann Sums Mod p

The main purpose of this paper is using the analytic methods and the properties of Gauss sums to study the computational problem of one kind fourth power mean of the general 2-dimensional Kloostermann sums mod p, and give an exact computational formula for it.     

Arithmetic properties of coefficients of half-integral weight Maass–Poincaré series

Zagier [23] proved that the generating functions for the traces of level 1 singular moduli are weight 3/2 modular forms. He also obtained generalizations for “twisted traces”, and for traces of special non-holomorphic modular functions. Using properties of Kloosterman-Salié sums, and a well known reformulation of Salié sums in terms of orbits of CM points, we systematically show that such results hold for arbitrary weakly holomorphic and cuspidal half-integral weight Poincaré series in Kohnen’s Γ₀(4) plus-space. These results imply the aforementioned results of Zagier, and they provide exact formulas for such traces.     

On Fractional Part Sums: A Mean-Square Asymptotics over Short Intervals

 This article is concerned with sums 𝒮(t) = ∑ _n  ψ(tf(n/t)) where ψ denotes, essentially, the fractional part minus ?, f is a C ⁴-function with f″ ≠ 0 throughout, summation being extended over an interval of order t. We establish an asymptotic formula for ∫ _T−Λ ^T+Λ (𝒮(t))²dt for any Λ = Λ(T) growing faster than log T. Received April 30, 2001; in revised form February 15, 2002 RID="a" ID="a" Dedicated to Professor Edmund Hlawka on the occasion of his 85th birthday     

Matrix paraphrases

A matrix paraphrase of a certain body of facts dealing with real or complex numbers is a translation of these facts into matrix algebra in which the numbers are replaced by matrices. In two recent papers we developed matrix paraphrases of the Gaussian periods and the Klooster-mann sums. In this paper we paraphrase the theory of finite Fourier series and apply these results to Kloostermann matrices.     

Quasi-Diagonal Behaviour and Smooth Weyl Sums

 Estimates are provided for small moments of exponential sums over smooth numbers substantially sharper than available hitherto. These bounds arise from the author’s recent breaking of “classical convexity” in Waring’s problem. The methods underlying these new estimates provide guidance on good choices of parameters in the new iterative methods for smaller exponents. (Received 13 September 1999)     

On type numbers of split orders of definite quaternion algebras

In this paper, we shall give a new relation between the arithmetic of quaternion algebras and modular forms; we shall express the type numberT _{q, N} of a split order of type (q, N) as the sums of dimensions of some subspaces of the space of cusp forms of weight 2 with respect to Γ₀(qN) which are common eigenspaces of Atkin-Lehner's involutions.     

Antiderivations on the exterior algebras

A matrix paraphrase of a certain body of facts dealing with real or complex numbers is a translation of these facts into matrix algebra in which the numbers are replaced by matrices. In two recent papers we developed matrix paraphrases of the Gaussian periods and the Klooster-mann sums. In this paper we paraphrase the theory of finite Fourier series and apply these results to Kloostermann matrices.     

A generating function of higher-dimensional Apostol-Zagier sums and its reciprocity law

We introduce higher-dimensional Dedekind sums with a complex parameter z, generalizing Zagier's higher-dimensional Dedekind sums. The sums tend to Zagier's higher-dimensional Dedekind sums as z→∞. We show that the sums turn out to be generating functions of higher-dimensional Apostol-Zagier sums which are defined to be hybrids of Apostol's sums and Zagier's sums. We prove reciprocity law for the sums. The new reciprocity law includes reciprocity formulas for both Apostol and Zagier's sums as its special case. Furthermore, as its application we obtain relations between special values of Hurwitz zeta function and Bernoulli numbers, as well as new trigonometric identities.     

A Remark about Peck’s Method in Positive Characteristic

 In this short paper, we study Peck’s method in positive characteristic. Curiously enough, the simultaneous approximations this method provides are better than in the real field. (Received 11 January 2001; in revised form 26 March 2001)     

The Quality of Approximation of Brun’s Algorithm in Three Dimensions

 We show that for the three-dimensional multiplicative Brun’s algorithm, the exponent of convergence is , i.e. there is a such that for almost all ,

On the Multidimensional Distribution of Inversive Congruential Pseudorandom Numbers in Parts of the Period

 The inversive congruential method is an attractive alternative to the classical linear congruential method for pseudorandom number generation. In this paper we present the first nontrivial bounds on the multidimensional discrepancy of individual sequences of inversive congruential pseudorandom numbers in parts of the period. The proof is based on a new bound for certain incomplete exponential sums. (Received 3 December 1998)     

关于Lehmer DH数的分布性质

This paper is to study the distribution property of Lehmer DH number by use the estimation of general Kloostermann sum and the estimation of trigonometric sum.     

On the Distribution of Compound Inversive Congruential Pseudorandom Numbers

 Inversive methods are interesting alternatives to linear methods for pseudorandom number generation. A particularly attractive method is the compound inversive congruential method introduced and analyzed by Huber and Eichenauer-Herrmann. We present the first nontrivial worst-case results on the distribution of sequences of compound inversive congruential pseudorandom numbers in parts of the period. The proofs are based on new bounds for certain exponential sums. (Received 2 March 2000; in revised form 22 November 2000)