1.
Finally, this paper shows the detailed implementary processes of applying the shortest diagonal method to reconstructing3? D faultage surface.
最后,说明了具体使用最短对角线方法重构层迭三维体表面的详细实施步骤。
2.
The main contents of this course include linear programming, simplex arithmetic.
线性规划、单纯形法、西北角法、最大优化法，最短距离法。
3.
Robust Optimization of Hub-and-spoke Airline Network Design Based on Shortest Path Algorithm;
基于最短路的中枢辐射航线网络鲁棒优化方法
4.
A quick method to search least independent close loops and annexed lines
最短独立闭合环与附合路线的快速搜索方法
5.
At last,the newest DSX theory is introduced briefly.
最后对最新建立的系统理论DSX方法作简短介绍。
6.
Improved parallel algorithm for solving block-tridiagonal linear equations
块三对角线性方程组的并行直接解法
7.
Diagonal Generation by Smallest Vertex Identifier in GTP Model;
GTP模型中对角线引入的最小顶点标识(SVID)法
8.
Solving minimum distance of two curves based on genetic algorithm
基于遗传算法求解两曲线间最短距离
9.
H.264 Compressed Domain Moving Object Segmentation Used RSST Algorithm
应用递归最短生成树算法实现H.264压缩域运动对象分割方法
10.
An Instance for the Solution of the Large Sparse nine-diagonal Lineal Systems Using Approximate Matrix Factorization
大型九对角线性方程组的近似三角分解法算法实例
11.
Both methods result in tridiagonal systems of linear equations that can be solved efficiently.
两种方法都形成了有效求解的三对角线的线性方程组。
12.
By the method, the two-dimensional implicit method can be induced in soluting tridiagonal linear equation group.
这种方法可以将二维隐式方法归结为求解三对角线性方程组。
13.
Parametric parallel algorithm for solving block-tridiagonal linear equations
求解块三对角线性方程组的含参并行算法
14.
Influence of Angle Between Elements on An Array Consisting of HF 2-level LPDAs
阵元夹角对短波双层对数周期天线阵的影响
15.
Orthogonal Semi pandiagonal Latin Squares and Pandiagonal Magic Squares
正交半泛对角线拉丁方与泛对角线幻方
16.
ORTHOGONAL PANDIAGONAL LATIN SQUARES AND PANDIAGONAL MAGIC SQUARE(Ⅱ)
正交泛对角线拉丁方与泛对角线幻方(Ⅱ)
17.
Research and Implement of Parallel Shortest Path Algorithms on Triangular Mesh Model
三角网格模型最短路径并行算法的研究与实现
18.
Aitken's linear least square method
艾特肯线性最小平方法