1) direct inverse iteration
正反迭代
2) anti-deformation iteration modification(ADIM) method
反变形迭代修正法
1.
To obtain the gear part which can meet the required precision,an anti-deformation iteration modification(ADIM) method was put forward based on the non-involution feature of gear profile after elastic deformation.
根据变形后齿廓的非渐开线特性,提出了反变形迭代修正法并用于修正齿形凹模,以获得满足精度要求的目标齿件。
3) orthogonal iteration
正交迭代
1.
In this paper,an incremental locally linear embedding algorithm based on orthogonal iteration method is proposed,which can take advantage of former computational results effectively to process the increasing data sets.
本文提出了一种基于正交迭代的增量LLE算法,能有效地利用前面的处理结果,实现增量处理。
4) iterative correction
迭代校正
1.
In this paper the iterative corrections──a high accuracy algorithm based on the finite element solutions of the second kind Fredholm integral equation are established.
对第二类Fredholm积分方程,以有限元解为基础,建立了一个高精度算法──迭代校正算法。
5) iterative believe revision
迭代修正
1.
The comparison of iterative believe revision;
几种迭代修正方法的比较
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