1.
A FAST ITERATIVE METHOD OF REGULARIZATION FOR IMAGE RESTORATION
图像恢复的一种快速迭代正则化方法
2.
Inversion of Particle Size Distribution from Light Scattering Data with Iterative Regularization Algorithms;
颗粒粒径分布光散射反演问题的迭代正则化算法
3.
For a vibrating plate, the vibrating velocity is reconstructed by iterative regularization method.
以振动平板为例，分别对简单振速分布和复杂振速分布采用迭代正则化方法进行了重构。
4.
The Regulariing Filter of Iterated Tikhonov Regularization and its Application;
迭代Tikhonov正则化的正则化子及其应用
5.
Image Reconstruction Algorithm Based on Iterated Tikhonov Regularization for Electrical Capacitance Tomography
基于迭代Tikhonov正则化的电容层析成像图像重建
6.
TIKHONOV ITERATION METHOD OF ECHO-STRIPPING T_2 RELAXATION SPECTRA FROM NUCLEAR MAGNETIC RESONANCE LOG DATA
基于迭代Tikhonov正则化的核磁测井解谱方法研究
7.
By the ACRP,regularized parameter can automatic correct to appropriate value whatever the initial condition is.
通过这种正则化参数自适应选择,无论迭代初值如何选择,正则化参数都可以自动修正到最优值。
8.
Nonlinear Implicit Iterative Method and Regularization GMRES Method for Solving Ill-posed Problems
求解不适定问题的非线性隐式迭代法和正则化GMRES方法
9.
An Iteratively Reweighted Norm Algorithm for Image Restoration Based on Total Variation Regularization
基于加权范数迭代算法的总变差正则化图像复原方法
10.
On the Regular Landweber Iteration for Nonlinear Ill-posed Problems in Banach Spaces
Banach空间中的正则Landweber迭代法
11.
A regularization homotopy iterative method for solving nonlinear least square problem
非线性最小二乘问题的一种正则同伦迭代解法
12.
The article discusses over regularization methods the first kind of integral equation.
着重就迭代方法中第一类不适定的积分方程的正则化方法加以探讨。
13.
Iterative Regularization Denoising Method Based on OSV Model for Medical Image Denoising
基于OSV模型的迭代规则化医学图像去噪方法
14.
Error Estimate to the Simplified Iteration for the PositiveSemi-Definite,Compact and Self-Adjoint Operator Equation
自共轭半正定紧算子方程简化迭代的误差估计
15.
The third iteration might define the intra-module pseudo-code.
第三个迭代则定义模块内部的伪代码。
16.
A Refined Iterative Block Second-Order Arnoldi Method;
精化迭代块二阶Arnoldi方法
17.
New iterative stopping criteria for Turbo code decoding
一种新的Turbo码译码迭代停止准则
18.
In combination, these features make it easy to create iterators with no more effort than writing a regular function.
综上所述，这些功能使得编写一个正则函数成为创建迭代器的最简单方法。