1) subsection algorithm
分段求解算法
1.
It is more simple than subsection algorithm.
统一求解算法从分析重型值点对控制顶点的影响入手,合理修改插值样条控制顶点方程组的系数矩阵,无需以型值点为界分段求解,而是一次性求出所有控制顶点,比分段求解算法简单,并引入了光顺因子,使曲线曲面在重型值点处的光顺程度可灵活控制,利用该算法还能构造出夹尖点、棱角以及平面片的复杂曲面。
2) piecewise linear solutions
分段线性求解法
3) segment method
分段求解
1.
Considering the variable constraints of DC system,the adjustment of operation mode and convergence during assessing the voltage stability of AC/DC power systems,this paper proposes a new segment method for solving load margin of AC/DC power system based on the primal-dual interior point algorithm.
针对交直流系统稳定分析时直流变量约束、运行方式调整以及计算收敛性问题,基于原始-对偶内点法提出分段求解交直流系统负荷裕度的新算法。
4) method of decomposition coordination
分层求解算法
1.
Because the model is complicated,this paper adopts method of decomposition coordination to get approximate solution.
并采用分层求解算法进行求解计算,将优化问题分解成两个子项,即布局优化子项和管径优化子项,最后通过工程实例验证了方法的实用性。
5) Integral operator solving process
积分算子求解法
1.
The solving process is named as integral operator solving process, thus it is fended provide a new, simple and immediate solving process of the boundary value problems of abstract kinetic equations.
将一类抽象Volterra型线性积分算子用于求解抽象动力方程边值问题 ,此方法称为积分算子求解法 。
2.
We have obtained the solution of the boundary value problem of the abstract kinetic equation with a control parameter and reflecting boundary condition by integral operator solving process.
用积分算子求解法 ,得到了具有反射边界条件的、含控制参数的抽象动力方程边值问题的解。
3.
The new solving process is named as integral operator solving process.
这种新的求解法我们称为积分算子求解
6) solution algorithm
求解算法
1.
Furthermore,solution algorithms to.
概括了布局设计中的优化目标及约束条件,综述了布局建模理论及其所建立的模型,并阐释了模型的求解算法。
2.
A solution algorithm is provided with the results of the example show that the model assignment holds the generality and adaptability.
在有容量限制的情况下,建立了公交网络系统的随机均衡配流模型,给出了模型的求解算法和算例,算例的结果表明模型具有一般性和适应性。
3.
In the second part of the paper, the solution algorithm for the model given in the first is propose.
设计了模型的求解算法并给出了算例 。
补充资料：求解
1.请求解救或解除。 2.求得解悟。
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