1) Apriori-property
迭代属性
2) linear iteration
线性迭代
1.
The row vector and the depth factors are obtained based on linear iteration,and lastly .
提出了一种基于1维子空间线性迭代的射影重建方法。
2.
A new method for camera self-calibration based on the linear iteration is presented in the paper.
提出了一种新的利用线性迭代算法来实现摄像机的自定标方法 ,该方法不需要景物中的任何先验知识 ,只需要通过线性迭代就可以实现摄像机的自定标 。
3) iteration character
迭代性质
5) iteration complexity
迭代复杂性
1.
We also prove that its iteration complexity is O(n~(1/2)log(x0)Ts0/ε).
基于邻近度量函数的最小值,对单调线性互补问题提出了一种新的宽邻域预估-校正算法,在较一般的条件下,证明了算法的迭代复杂性为O(n~(1/2)log(x0)Ts0/ε)。
2.
This algorithm uses the Newton-direction as its iteration direction;its iteration step is determined by potential function;and the polynomial iteration complexity of O(nL) iterations of this new algorithm is proved.
算法取牛顿方向作为迭代方向,利用势函数选择迭代步长,并证明了新算法具有O(nL)的迭代复杂性。
3.
Zhao presented a wide-neighborhood predictor-corrector algorithm for linear programming via the least values of proximity measure functions,and he also proved the algorithm has the polynomial iteration complexity.
由于新算法的迭代方向向量Δx,Δs不再满足正交性,因此算法的收敛性分析不同于线性规划的情形,同时也证明了新算法具有已知的最好迭代复杂性O (n~(1/2)ln〔((x0)Ts0/ε)〕,初步数值实验验证了算法的有效性。
6) nonlinear iteration
非线性迭代
1.
The application of nonlinear iteration semi-analytic nodal method in CANDU reactor fuel management;
非线性迭代半解析节块法在CANDU堆燃料管理中的应用
2.
The semi-analytical nodal method with the nonlinear iteration procedure is used for solving the multi-group multi-dimensional neutron diffusion equation.
利用半解析节块法的非线性迭代计算方法求解多维多群中子扩散方程。
3.
The corrective coefficients are determined using an analytical method and are updated during the nonlinear iterations.
使用粗网有限差分方法 ,同时利用解析方法通过非线性迭代对差分近似进行修正 ,解两群扩散方程。
补充资料：层层迭迭
1.见"层层迭迭"。
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