1)  RLS
递归最小平方法
2)  Recursive
递归
1.
Edge-preserving recursive noise-removing algorithm and its applications in image processing;
边缘保持递归去噪算法及在图象处理中的应用
2.
The Recursive and Non-recursive Solution for Calendar of Round Robin;
循环赛日程表的递归和非递解
3.
Research and Realization of the General Recursive Algorithm of Traversing Binary Tree;
二叉树遍历的通用递归算法研究与实现
3)  recurrence
递归
1.
one whose job is on software project usually use recurrence for finding the solution of a mathematical problem,so recurrence is easier to project than non-recurrence in finding the solution of complex problem.
利用递归求解是软件设计人员常用的方法,许多复杂问题的求解,递归比非递归容易设计。
2.
Recurrence is one of the important properties about AutoLISP language.
递归是AutoLISP语言的重要特性之一。
3.
A recurrence method of estimating multivariable integral is presented,which makes the programming easy and eliminates derivation of 3-subdivisional,integral and approximate equation.
给出了一种递归方法,用于多重积分数值计算。
4)  recursion
递归
1.
Study on the algorithm of double identity tree-like data depth-sorting with recursion method;
利用递归法实现双编号树形数据深度排序的算法
2.
Algorithm of cycle and recursion by every vertex for getting Hamilton cycle;
逐点循环递归法求哈密顿回路
3.
The Non-recursion Algorithmic of Merging Sort;
归并排序法的非递归实现
5)  recurrent
递归
1.
Generalization of a dimensional formula of recurrent IFS.;
递归IFS维数公式的推广
2.
Since a static fuzzy neural network cannot deal with the temporal problem, a dynamic fuzzy neural network (DFNN) with recurrent units is proposed.
针对静态网络无法处理暂态问题 ,对具有递归环节的动态模糊神经网络进行了研究。
3.
The network has the ability of dynamic mapping by adding recurrent nodes in the second layer of the function network of the compound fuzzy neural network, so it would realize the good response to the dynamic system.
通过对复合型模糊神经网络的函数网络的第二层引入动态递归环节 ,使其具有动态映射能力 ,实现了对动态系统的良好响应 。
6)  recursive statistics method
递归统计
1.
A new improved measurement method of grain size named recursive statistics method was introduced according to the fact that grain growth induced by displacement of single lattice around the grain boundary,and then the recursive statistics method was used to measure grain size.
利用MC法模拟时,晶界处格点的迁移引起晶粒的长大,根据这一主要特征提出一种精确快速的测定晶粒度的新方法—递归统计法,然后采用递归统计方法测量晶粒度。
参考词条
补充资料:正交递归选择法
分子式:
CAS号:

性质:实验设计优化中一种新的变量筛选法。以预报残差平方和作为变量筛选判据;数据用格兰姆-施密特正交化分解;采用多方位搜索方式,即每次循环选出若干个候选变量,每个候选变量下次循环又产生各自新的候选变量。由于采用多方位搜索方式,使搜索范围增加,但正交化分解使计算量大大降低。此法可以得到预报能力较强的模型,在实际应用中能较有效地找到最优模型。

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