1) extensive stroke
广义笔划
1.
Then,based on the definition of an extensive stroke,extract the relevant properties of the strokes and make a second-level recognition.
该文提出一种两级分类的识别方法：首先，将待识字符抽象为一种图，并提取其拓扑特征进行第一级识别；然后，给出一种广义笔划定义，并在此基础上提取有关的特征进行第二级识别。
2) generalized convex programming
广义凸规划
1.
With the Ben Tal generalized algebraic operation of 2 , we obtained some necessary and sufficient conditions for the class of generalized convex programming, and the results generalize the corresponding ones for the convex Programming.
本文讨论了由一类（ｈ，φ）－凸函数所构成的广义凸规划的最优性条件。
2.
Under certain asumptions,optimality sufficient conditions of generalized convex programming problems are presented.
本文利用广义Ben-Tal代数运算,提出了几类广义(h,φ)-凸函数的定义,并在一定的假设条件下,讨论和得到了一类广义凸规划的最优性充分条件。
3) generalized concave programming
广义凹规划
1.
In this paper, we put forward biconcave programming problem and generalized concave programming problem more generally.
在本文中 ,我们提出了双凹规划问题和更一般的广义凹规划问题 。
4) stroke
[英][strəʊk] [美][strok]
笔划
1.
The stroke/raster signal generation and test in ATS;
ATS中的光栅笔划信号产生和检测技术
2.
The previous method of traversing times of strokes is full-breakthrough to stroke,but this method is not effective for some Chinese Characters,increase workload for second recognition.
笔划代表着汉字的内部特征,笔划穿越次数是对笔划进行全穿越,反映了汉字的整体特征,全穿越在粗分时区分汉字的能力不是太强,增加了二级识别的工作量。
5) generalized fractional programming
广义分式规划
1.
A note on necessary optimality conditions for a class of generalized fractional programming;
一类广义分式规划最优性必要条件的注记
2.
Saddle-point type optimality criteria for a class of generalized fractional programming with B-(p,r)-invexity functions;
B-(p,r)-不变凸性下广义分式规划的鞍点存在性定理
3.
Saddle point optimality criteria for generalized fractional programming;
广义分式规划的鞍点最优性准则
6) generalized geometric programming
广义几何规划
1.
A linearization method for global solution of generalized geometric programming;
求广义几何规划全局最优解的线性化方法
2.
A rapidly convergent algorithm is developed for the equality and inequality constrained generalized geometric programming.
建立带等式与不等式约束的广义几何规划一个新的快速收敛算法，算法的搜索方向由一个二次规划和一个线性方程组的解产生，效益函数为广义精确罚函数。
3.
In this paper a linearization method is proposed for locating the global minimum of the generalized geometric programming(GGP),which can be applied to engineering designs and robust stability analysis of nonlinear systems.
对广泛应用于工程设计、非线性系统鲁棒稳定性分析中的广义几何规划问题(GGP)提出一线性化求解方法。
补充资料：笔划
1.见"笔画"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条