右半平面上的随机Dirichlet级数的值分布性质

本文在较宽的系数条件下，对更一般的非同分布随机变量序列，讨论了右半平面上的随机Dirichlet级数f(s,ω)的增长级，证明了f(s，ω)沿任一水平半直线的增长级几乎必然(a．s．)为ρ，并且a．s．以σ=0上的每一点为其Picard点．     

随机狄里克莱级数在收敛右半平面上的增长性和值分布

本文利用随机变量序列的强大数定律 ,研究了随机变量序列 {Xn}在独立 (可不同分布 )情形下的性质 ,并得到当随机狄里克莱级数 ∑∞n =1anXne-λns 满足(ⅰ )limn ∞nλn =D <∞ ;(ⅱ ) limn ∞ln｜an｜λn =0 等条件时的增长性以及值分布 .     

含三角函数的一般形式复杂对偶积分方程组的理论解

本文基于Gopson法，进行研究，改进，推广，应用于一般形式，复杂的对偶积分方程组的求解，首先引入函数进行方程组变换，其次引入未知函数的积分变换实现退耦，应用Abel反演变换，使方程组正则化为Fredholm第二类积分方程组，并由此给出对偶积分方程组的一般性解，本文给出的解法和理论解，可供求解复杂的数学，物理，力学中的混合边值问题参考，选用．同时也提供求解复杂的对偶积分方程组另一种有效的解法。     

关于微分多项式的值分布

本文就微分多项式的值分布建立了两个基本不等式（定理１和定理２）推广和改进了ＭｉｌｌｏｕｘＨ．和Ｈａｙｍａｎ，Ｗ．Ｋ等人的结果。     

RANDOM SINGULAR INTEGRAL OF RANDOM PROCESS WITH SECOND ORDER MOMENT

This paper discussses the random singular integral of random process with second order moment, establishes the concepts of the random singular integral and proves that it‘s a linear bounded operator of space H^α(L)(rn, s). Then Plemelj formula and some other properties for random singular integral are proved.     

ON THE DISTRIBUTION OF RANDOM LINES IN THE GENERAL CASE

$L$ is a line in a plane through the origin, with an angle $\[\alpha \]$ to the $x$-axis,$\[0 < \alpha < \pi \]$.$M$ is a point process on positive $x$-axis, Through the nth point of $M$ draw a line with a random angle $\[{\theta _n}\]$ to $x$-axis, $\[{\varphi ^ + }\]$ is the set of intersections of those lines with $\[{L^ + }\]$. Let $\[m = EM\]$. If, for every $\[c > 0\]$, then $\[{\varphi ^ + }\]$ is locally finite on $L$, and let $\[\tilde M\]$ be the point process constructed by $\[{\varphi ^ + }\]$ , then $\[E\tilde M\]$ exists. If, for all interval $\[L \subset {L^ + }\]$, $\[\int_0^\infty {r(I,x)M(dx)} = \infty \]$ then $\[{\varphi ^ + }\]$ is dense on $\[{L^ + }\]$. If $L$ is drawn parallel to $x$-axis,. the same results can be got，and this time $\[\tilde M\]$ is a cluster point process with cluster center $M$.     

THE VALUE DISTRIBUTION OF RANDOM DIRICHLET SERIES ON THE RIGHT HALF PLANE(Ⅱ)

Kahane has studiedthe value distribution ofthe Gauss-Taylor series∑anXnzn,∞where{Xn}is a complex Gauss sequence and∑|an|2=∞.Inthis paper,by trans forming the right half plane into the unit disc and setting up some important inequalities,the value distribution of the Dirichlet series∑Xne- nS is studied where{Xn}is a sequence of some non-degenerate independent random variable satisfying conditions:EXn=0;∞E|Xn|2=+∞;An∈N,Xn or ReXn or ImXn of bounded density.There exists α＞0 such that An:α2E|Xn|2≤E2|Xn|＜+∞(the classic Gauss and Steinhaus random variables are special cases of such random variables).The important results are obtainedthat every point on the line Res=0 is a Picard point of the series withoutfinite exceptional value a.s..     

FRACTIONAL INTEGRAL AND FRACTAL FUNCTION

In this paper, the relationship between Riemann-Liouville fractional integral and the box-counting dimension of graphs of fractal functions is discussed.     

A CHARACTERIZATION OF THE GENERAL DEN JOY INTEGRAL

We give a necessary and sufficient condition for an abstract integration (Definition 1) to be the general Denjoy integral (D-integral). This is a revised version of the author‘ s paper[2].     

THE GROWTH OF RANDOM DIRICHLET SERIES (I)

We consider random Dirichlet serieswhere an C C, 0 5 A. T co, Zn(w) is a sequence of random variables defined in the probabilityspace (fi, F, P), s = a it(a, t E R).Conveniently we consider Dirichlet seriesThe convex regularized sequence of {-- In la. l} is noted as {-- In la; I}, set a.(w) = a.Zn(w),the convex regularized sequence of {-- In la.(w)l} is noted as {-- In la;(w) l} where a.(a.(w)) isthe abscissa of convergence about f(s)(f(s, w)).Lemma 1 (i) If Z.(w) satisfiesthen a.s.…     

一类随机分形上的调和分析

本文研究RN中一类随机分形SG（N，ξ）上的调和分析问题，得到了SG（N，ξ）上的调和函数及Dirichlet问题和Neumann问题解的存在唯一性定理，并给出了解的具体形式，同时得到了Gauss－Green公式，推广了[1]的结果．     

ON THE RANGE OF RANDOM WALKS IN RANDOM ENVIRONMENT

ＯＮＴＨＥＲＡＮＧＥＯＦＲＡＮＤＯＭＷＡＬＫＳＩＮＲＡＮＤＯＭＥＮＶＩＲＯＮＭＥＮＴ￥ＺＨＯＵＸＩＡＮＹＩＮ（ＤｅｐａｒｔｍｅｎｔｏｆＭａｔｈｅｍａｔｉｃｓ，ＢｅｉｊｉｎｇＮｏｒｍａｌＵｎｉｖｅｒｓｉｔｙ，Ｂｅｉｊｉｎｇ１００８７５，Ｃｈｉｎａ．Ｐｒ...     

零级函数的值分布

该文对单位圆内零级亚纯函数证明了一个值分布的定理，并构造了二个例子说明这个定理是精确的。     

无穷限积分的控制收敛理论

本文根据有限区间上Ｒｉｅｍａｎｎ积分的Ａｒｚｅｌａ控制收敛定理［１］，给出无穷限积分的控制收敛定理，并做了相应的推广。     

随机条件概率的一个极限性质与条件矩母函数方法

设Ｘｎ,ｎ〉０是在ｓ＝１,２,…,Ｎ中取值的一列随机变量,ｐｋ（ｘｋ↓ｘ０,…ｘｋ－１）＝ｐ（Ｘｋ＝ｘｋ↓Ｘ０＝ｘｋ－１＝ｘｋ－１）。本文得到随机概率｛ｐｋ（Ｘｋ↓Ｘ０,…Ｘｋ－１）,１〈ｋ〈ｎ↓）的调和平均ａ．ｅ．收敛的一个定理．证明中提出了将关开网的微分法和条件矩母函数的工具应用于强极限定理的研究的一种途径。     

带奇函数因子的数值积分公式

1 引言 在物理学中常会遇到integral from n=-T to T(f(x)φ(x)dx)型的数值积分问题,其中φ(x)在[-T,T]上为奇函数,亦即φ(-x)=-φ(x),比如振荡函数的积分integral from n= x to -x(f(x)sinwxdx)就是最典型的情况,本文把此型积分称为带奇函数因子的积分,由于φ(x)在[-T,T]上符号有正有负,故在[-     

亚纯函数结合导数的辐角分布

本文研究了亚纯函数结合导数的辐角分布. 利用覆盖曲面的方法, 获得了平面上一类零级亚纯函数结合其导数的奇异方向的存在性, 推广了杨乐等关于有限正级亚纯函数的相关结果.     

一个推广的二变量时滞积分不等式及其应用

建立了一类二变量的时滞积分不等式,不等式包含一个一重积分和两个二重积分,二重积分内包含两个不同的没有假设单调性的未知函数的复合函数.使用单调化技术,给出积分不等式中未知函数的估计.结果能对相关文献中考虑的积分不等式中未知函数进行估计.进一步,结果给出了一类积分-微分方程解的估计.     

THE LAW OF THE ITERATED LOGARITHM OF THE KAPLAN-MEIER INTEGRAL AND ITS APPLICATION

For right censored data, the law of the iterated logarithm of the Kaplan-Meier integral is established. As an application, the authors prove the law of the iterated logarithm for weighted least square estimates of randomly censored linear regression model.     

ON THE SHARING VALUES OF ALGEBROID FUNCTIONS AND THEIR DERIVATIVES

In this paper,we define the shared value of an algebroid function and its derivative on its Riemann surface.By considering the relationship between the shared values and the branch points of algebroid functions and their derivatives,we obtain some uniqueness theorems of algebroid functions sharing values with their derivatives,which extend 3 IM shared values theorem of nonconstant meromorphic functions and their derivatives obtained by Mues-Steinmetz and Gundersen.