1) Proximal iterative method
逼近迭代原理
2) iterative approximation
迭代逼近
1.
Obtaining an iterative approximation for the solution to the perturbed equation Tx+Cx=f, the proposed method provides a new way to solve such kind of equators.
在改造已有的 Ishikawa迭代的基础上 ,利用改造后的迭代法给出了增生算子紧扰动方程 Tx+ Cx=f的解的一种迭代逼近 ,从而为寻求此类方程的解提供了一种新途径 。
2.
In this paper,we investigate the Ishikawa iterative approximation of fixed points for generalized Lipschitzian Φ-pseudo-contract mappings in the uniformly smooth Banach spaces.
在一致光滑的实Banach空间,研究广义Lipschitz Φ-伪压缩映像不动点的Ishikawa迭代逼近。
3.
Using the theory of spectral radius of bounded linear operators,the iterative approximation of fixed piont for bounded linear operator in Banach space is studied in this paper.
利用有界线性算子的谱半径理论,研究了Banach空间中一类有界线性算子不动点的迭代逼近问题,所得结果推广了有关文献的相关结论。
3) Ishikawa iterative approximation
Ishikawa迭代逼近
1.
On the other hand, a related result also discusses the Ishikawa iterative approximation problem of fixed points of Lipschitz strongly ps.
另外 ,相关结果也讨论了E中Lipschitz强伪压缩映象的不动点的Ishikawa迭代逼近问题 。
2.
Study the Ishikawa iterative approximation problem of fixed points for Lipschitzian strictly pseudocontractive mappings in a Banach space X.
研究Banach空间X中Lipschitz严格伪压缩映象不动点的Ishikawa迭代逼近问题,所得结果提供了Ishikawa迭代序列的一般的收敛率估计。
4) Φ-accretive operatorMSC(2000):47H06,47H10,47H17
Mann迭代逼近
5) bi-directional iteration reverse algorithm
双向迭代逼近法
6) successive iteration method
逐次逼近迭代法
1.
By using the pulse sequence model and the successive iteration method, the inverse problem of multistage and multipass pulsed laser amplifiers, namely, to find the incident pulse shape and fluence from the given output pulse and multistage/multipass amplifier parameters, is studied and simulated numerically in detail.
采用脉冲分割模型和逐次逼近迭代法，对任意空间和时间分布波形的激光通过任意增益分布多级和多程激光放大系统传输的逆问题，即给定输出脉冲和多级／多程放大系统参数，求输入脉冲波形和能量密度，作了详细研究和计算模
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