1.
The Definition of Generalized S-Geometrically Convex Function and One of Its Applications;
广义S-几何凸函数的定义及其应用一则
2.
A Certain Class of Meromorphically Multivalent Functions Involving the Generalized Hypergeometric Function
含广义超几何函数的亚纯多叶函数类
3.
Relation between Geometric Convex Function, Square Convex Function and Convex Function;
几何凸函数平方凸函数与凸函数的关系
4.
The Equivalent Condition of Several Kinds of Generalized Convex Function in Linear Topological Space;
线性拓扑空间上几种广义凸函数的等价条件
5.
The Properties and Applications of Several Classes of Generalized Convex Functions and Convexification, Concavification Method for Monotone Optimization;
几类广义凸函数的性质和应用及单调规划的凸化、凹化方法
6.
Several Classes of Generalized Monotone Maps & Generalized Convex Functions and Their Application to Variational Inequalities;
几类广义单调映射与广义凸函数及在变分不等式中的应用
7.
Generalized η-Convex Functions and Generalized Type Ⅰ Functions Multi-objective Optimization;
广义η-凸函数及广义Type Ⅰ函数多目标优化
8.
Investigation of Some Problems on the Geometric Convex Functions;
对函数几何凸性若干问题的理论研究
9.
Properties of Analytic Functions Defined by Hypergeometric Functions;
用超几何函数定义的解析函数的性质
10.
The Geometrically Convexity of [Γ(x)]~(1/x)·e~(α/x) and Its Application;
函数[Γ(x)]~(1/x)·e~(α/x)的几何凸性及其应用
11.
A Generalized Convex Functions and Vector Optimization Problems in Banach Spaces;
Banach空间中的一类广义凸函数及其优化问题
12.
The Research of the Theory on Generalized Invex Functions and Multiobjective Programming;
广义不变凸函数与多目标规划的理论研究
13.
Two Classes of Generalized Convex Functions and Their Applications to Optimization;
两类广义凸函数及其在最优化中的应用
14.
Convexificators and Approximate Generalized Hessian Matrices for the Directionally Differentiable Functions;
凸化集与方向可微函数的近似广义海森矩阵
15.
A class of generalized(h,φ)-η pre-invex functions and their applications;
一类广义(h,φ)一η预不变凸函数及其应用
16.
The Directional Differentiability of a Convex Function and a Kind of Generalized Asplund Spaus;
凸函数的方向可微性与一种广义Asplund空间
17.
A Geometrical Nature and a Few Important Inversive Indefinite Formulars of the Stringent Converx Function;
严格凸函数的一个几何性质及几个重要的反向不等式
18.
The formula is given for? calculating? generalized directional derivative by using the directional derivative of convex functions.
给出了用凸函数方向导数计算广义方向导数的公式.