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 加权迭代 的翻译结果: 查询用时：0.016秒
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 加权迭代
 iterative weight
 A robust self-calibration algorithm based on iterative weight 一种加权迭代自定标算法 短句来源 The paper presents a robust self-calibration algorithm based on iterative weight,which can efficiently discard the outliers. 提出了一种利用加权迭代来抛弃出格数据的自定标算法. 短句来源
 weight iteration
 Weight Iteration of Displacement Forward of a Kind of Parallel Manipulators 一种并行结构机器人位置正解问题的加权迭代解法 短句来源
 “加权迭代”译为未确定词的双语例句
 The Weighted Iterative Methods for Solving the Nonlinear Equation 求解非线性方程的加权迭代方法 短句来源 The weights are functions of the residuals from the previous iteration such that the estimator is not influenced by data with error. 利用 Huber 函数作为影响函数进行加权迭代计算,权重为上次迭代的残差函数,以此减少奇异值对回归系数的影响; 短句来源 This paper generalized a class of arithmetic iterative mean, geometric iterative mean in the generalized weighted of and harmonic iterative mean, and then gave the definition,the calculation formula, the equality relations, inequality relations of them, and the limits of the multidimensional iterations 将一类算术迭代平均值、几何迭代平均值及调和迭代平均值推广到广义加权平均迭代的情形,给出了这3类广义加权迭代平均值的定义、计算公式,以及三者之间的一些等量关系、不等式关系和多重迭代的极限. 短句来源 Iterative Weighted Method of Sparse Decomposition and Preliminary Application 稀疏分解的加权迭代方法及其初步应用 短句来源 A weighted algorithm of sparse decomposition is developed for recovery of signal in strong background noise. 为了在强噪声背景下提取信号,本文发展了一种加权迭代稀疏分解方法. 短句来源 更多
 相似匹配句对
 Iterative Methods for Computing Weighted Moore-Penrose Inverses of Matrices 加权广义逆矩阵的迭代算法 短句来源 The Weighted Iterative Methods for Solving the Nonlinear Equation 求解非线性方程的加权迭代方法 短句来源 Weighted Shift Operators 加权移位算子 短句来源 Weighted Sorting 加权排序法 短句来源 Iterative Roots of Piecewise Linear Unimodal Functions 折线函数的迭代根 短句来源

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 weighted iteration
 A robust self-calibration method is presented, which can efficiently discard the outliers based on a Weighted Iteration Method (WIM).
 weight iteration
 The unbalanced situation is corrected via the weight iteration described above.
 The application of three-dimensional inversion of gravity and magnetic fields are very important not only in geophysical researches, but also in the study of geological structures. A formula of potential field in frequency-domain, developed by Parker in 1973, can be used as a rapid and effective algorithm in gravity and magnetic inversion. The technique has been improved then by Oldenburg, Sprenke, Feng and others. Parker位场公式可做为一种十分快速的算法用于重磁反演计算中。本文给出了有关的正反演公式及其应用范围,并从程序设计的角度做了具体讨论。在单界面反演中采取了平移下界面和递推界面修正量的措施,分析了压低边界效应和低通滤波技术;文中指出密度与界面的变化对重力谱的影响存在着二阶差异,据此在对密度和界面同时反演时,可采用交替加权迭代的办法,并给出了相应的权因子;相似的处理技术也可以用于对多界面的同时反演。针对解的非唯一性,讨论了引用地震测深资料进行约束的途径。 A coupling of the finite element and the boundary element methods is applied to the analysis of the three-dimensional elastohydrodynamic 本文采用有限元和边界元技术分析了重载径向轴承的三维弹性流体润滑(EHL)问题,并提出了一种精度高、收敛快的加权迭代计算模式,用该计算模式成功地求解了由二阶Reynolds方程、粘压方程和三维弹性方程组成的非线性方程组,得到了在各种大偏心率下轴承材料分别为钢、铜和巴氏合金的径向轴承的弹流静特性参数。 This essay mainly discusses the applicotion of computer to RIA antomatic data handling The prerequisite for and key to computer data handling are resonable designed mathematics model and good function fitting On this basis, We recommend snperior RIA data handling program and discuss how to chose the data handling program The important thing is to give a real example by using 4 or 5—para—meter logistic Method—RIA Data Handling, to use Gauss—Nonton—Marquardt to solue the program, realize weghted, iteratived, dimping... This essay mainly discusses the applicotion of computer to RIA antomatic data handling The prerequisite for and key to computer data handling are resonable designed mathematics model and good function fitting On this basis, We recommend snperior RIA data handling program and discuss how to chose the data handling program The important thing is to give a real example by using 4 or 5—para—meter logistic Method—RIA Data Handling, to use Gauss—Nonton—Marquardt to solue the program, realize weghted, iteratived, dimping nonlinear method of least squares fitting function, fhroagh chart and words to explain the ontput of the calculated result, including calculatior procedure, estimatation on the value of parameter, stondard error, calibration curre and 95 percent of confiderce, the comparison between observation and expected counting, variance analysis, the statistical inference of the boundary point, the accurate chart, the measurement of the unknown samle and 95 percent of confidence, etc. 本文着力探讨应用计算机进行RIA数据自动化处理的有关问题。提出计算机数据处理的前提和关键是设计合理的数学模型和良好的函数拟合,在此基础上推荐优良的RIA数据处理程序,并讨论选择数据处理程序的原则。重点围绕四、五参数Logistic法RIA数据处理作实例示范,采用Guass—New-ton—Marguardt求解,实行加权、迭代、阻尼非线性最小二乘法拟合函数,以图表和文字说明输出计算结果,其中包括:运算过程,参数的估算值和标准误,标准曲线和95％可信限,观测和期望计数的比较,方差分析,界外点的统计推断,精密度图,未知样品中被测物含量和95％可信限等。 << 更多相关文摘
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