1) generalized linear models(GLM)
广义线性模型(GLM)
2) Generalized linear model
广义线性模型
1.
Asymptotics of maximum quasi-likelihood estimates in generalized linear models with adaptive designs;
自适应设计广义线性模型极大拟似然估计的渐近性
2.
Variable selection in generalized linear model;
广义线性模型中的变量选择
3.
Study on the parameters estimation of generalized linear model under the linear restriction;
广义线性模型在线性约束下的参数估计
3) general linear model
广义线性模型
1.
Methods EM algorithm was employed to solve the maximum likelihood estimation (MLE) of parameters of general linear model (GLM) based on Gamma distribution with interval data,then univariate and multivariate anal yses were applied to explore factors that infl.
方法 采用EM算法求解基于含区间数据Gamma分布的广义线性模型(GLM)参数的极大似然估计(MLE)。
2.
Statistical parametric mapping (SPM) depends on the general linear model(GLM) and the theory of Gaussian fields to some extent.
统计参数映射在某种程度上依赖于广义线性模型和高斯场理论。
3.
The discussion,shows that the new relative efficiency is very useful in case where we combine general linear model with principal analysis and canonical correla.
定义了广义线性模型中参数的最小二乘估计(LSE)与最佳线性无偏估计(BLUE)的一种新的相对效率,这种相对效率定义为参数估计量的协方差阵的最大相对特征根之比。
4) generalized linear models
广义线性模型
1.
Classification ratemaking based on generalized linear models
基于广义线性模型的分类费率厘定方法
2.
The estimation of semiparametric and generalized linear models(SGMLs) was considered,an efficient estimation was given based on the proposed moment-type estimation,with its asymptotic behavior investigated.
考虑了半参数广义线性模型的估计问题。
3.
An estimation algorithm of coefficient to select variables for L1 regularized generalized linear models was introduced.
介绍了L1规划广义线性模型(GLM)的一种系数估计法,估计系数的同时进行变量选择,从而确立模型。
5) generalized nonlinear models
广义非线性模型
6) GLM
广义线性模型
1.
GLM(generalized linear models) was employed to fit Shannon-Wiener indexes of arbor,shrub and herbaceous layers and the overall Shannon-Wiener index of the communities in the forest vegetations of Hungou of Zhongtiaoshan Mountain with environmental factors and SΦrenson index was used to examine species similarities of neighboring communities types along the altitude.
借助广义线性模型(generalized linear models,GLM),拟合了混沟森林植被乔、灌、草各层及群落总体的Shannon-Wiener指数与环境因子间的关系,并通过SΦrenson指数研究了海拔梯度上相邻森林群落类型物种组成的相似性,结果显示:(1)土壤pH值和海拔高度是对物种Shannon-Wiener指数影响最广泛的环境因子,湿度指数对混沟地区物种多样性影响不大。
2.
Aiming at preventing from ill conditional problem in the iterative process of parameter estimation for generalized linear modeling (GLM), two ways are given in this paper.
利用Ｌａｇｒａｎｇｅ乘子方法解决了广义线性模型（ＧＬＭ）的约束估计问题，并由此引出了广义线性模型的病态问题。
补充资料：广义
范围较宽的定义（跟‘狭义’相对）：～的杂文也可以包括小品文在内。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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