1) alternating direction method
交替方向方法
1.
We propose a new projection-type alternating direction method for a class of variational inequality problems.
本文提出了一种投影型的变分不等式交替方向方法,此方法从三个方面改进了其他相关文献中的方法。
2) alternating direction method
交替方向法
1.
A projection-type alternating direction method for structured monotone variational inequality problems
求解结构型单调变分不等式的投影类交替方向法
2.
In this paper, we study a self-adaptive alternating direction method for solving a class of asymmetric monotone variational inequalities.
对一类非对称变分不等式问题提出了一类自适应交替方向法,研究了迭代序列的若干性质,并证明了算法的收敛性。
3.
The alternating direction methods for solving variational inequality problems needs to solve several subproblems,which are also variational inequalities.
解变分不等式的交替方向法每一步需要解一个(几个)变分不等式子问题,算法的有效性受这些子问题的影响很大。
3) Alternating-direction iterative
方向交替法
1.
Alternating-direction iterative techniques for solving the algebraic systems associated with mixed finite element methods for second order elliptic provlems are formulated.
本文研究了一般的二阶椭圆问题的混合元方向交替法，给出了两种迭代格式即Uzawa格式和Arrow－Hurwitz格式，并就系数是常数的情形给出了谱分析。
4) alternating direction Galerkin method
交替方向Galerkin方法
5) galerkin alternating direction method
方向交替Galerkin方法
6) alternating direction
交替方向
1.
The twodimensional unsteady flow model is developed by coordinate transformation,alternating direction,staggered grid,linear recurrence,implicit scheme on the flood simulation in Daqing.
在大庆市洪水模拟中引入坐标变换、交替方向、交错网格、线性递推、隐格式的二维非恒定流模型,可完全适应不规则的河流边界,实现水流的快速预报;同时,将GIS、RS和洪水模拟模型有机地结合起来,实现实时动态地率定模型参数、显示洪水演进过程与查询信息。
2.
In this paper,time-dependent variable grid finite element method is combined with the alternating direction Galerkin-method to discuss the nonlinear hypobolic equation in 3-space variables.
研究在神经传播过程中的一类非线性拟双曲方程的初边值问题,提出了一种三维交替方向变网格有限元格式,应用微分方程先验估计的理论和技巧,得到了最佳阶的L~2模误差估计结果,并作了数值实验,指明方法是高效可行的。
3.
By using alternating direction, the 3-dimensional problem is reduced to a family of single space Variable problems, the calculating work is simplified; by using Galerkin method, the high accuracy property is obtained.
通过交替方向，化三维为一维，简化计算；通过Ｇａｌｅｒｋｉｎ法，保持高精度。
补充资料：交替方向隐式法
见分步法。
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