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Mplus Base Program and Combination Add-On
Mplus Base Program and Combination Add-On包含了Mplus Base Program and the Mixture and Multilevel Add-Ons的所有功能。此外,它还包括处理同一模型中的集群数据和潜在类的模型。例如,两级回归混合分析、二级混合验证因子分析(CFA)和结构方程模型(SEM)、二级潜类分析、多层增长混合模型、二级离散和连续时间生存混合分析。其他功能包括缺失数据估计;复杂的调查数据分析,包括分层、聚类和不平等的选择概率(抽样权重);用较大似然法分析潜在变量相互作用和非线性因素;随机斜率;个体变化的观测次数;非线性参数约束;所有结果类型的较大似然估计。贝叶斯分析与多重归责原则;蒙特卡罗模拟功能以及后处理图形模型。
适用平台
• Microsoft Windows 7/8/10
• Mac OS X 10.8或更高版本
• Linux (已在下面的平台中测试过: Ubuntu, RedHat, Fedora, Debian和Gentoo)
• 至少1GB以上的内存
• 至少120 MB硬盘空间
The arrows in the figure represent regression relationships between variables. Regressions relationships that are allowed but not specifically shown in the figure include regressions among observed outcome variables, among continuous latent variables, and among categorical latent variables. For continuous outcome variables, linear regression models are used. For censored outcome variables, censored (tobit) regression models are used, with or without inflation at the censoring point. For binary and ordered categorical outcomes, probit or logistic regressions models are used. For unordered categorical outcomes, multinomial logistic regression models are used. For count outcomes, Poisson and negative binomial regression models are used, with or without inflation at the zero point.
Analysis with between-level categorical latent variables
Test of equality of means across latent classes using posterior probability-based multiple imputations
Mplus的建模框架借鉴了潜变量的统一主题。而且一般的建模框架来自连续和分类潜变量的使用。连续潜变量用于表示与未观测到的构造相对应的因素,随机效应与发展中的个体差异相对应,随机效应与分层数据中各组间系数变化相对应,弱点对应于生存时间的异质性,责任与疾病遗传易感性相对应,潜在响应变量值与缺失数据相对应。分类潜变量对应于均质个体群,潜在的轨迹分类对应于未观测种群的发展类型,混合组件对应于未观测种群的有限混合,潜在响应变量类别对应于缺失数据。
The Mplus Base Program and Multilevel Add-On contains all of the features of the Mplus Base Program. In addition, it estimates models for clustered data using multilevel models. These models include multilevel regression analysis, multilevel path analysis, multilevel factor analysis, multilevel structural equation modeling, multilevel growth modeling, and multilevel discrete- and continuous-time survival models. In multilevel analysis, observed dependent variables can be continuous, censored, binary, ordered categorical (ordinal), unordered categorical (nominal), counts, or a combination of these variable types. Other special features include single or multiple group analysis; missing data estimation; complex survey data analysis including stratification, clustering, and unequal probabilities of selection (sampling weights); latent variable interactions and non-linear factor analysis using maximum likelihood; random slopes; individually-varying times of observation; non-linear parameter constraints; maximum likelihood estimation for all outcomes types; Bayesian analysis and multiple imputation; Monte Carlo simulation facilities; and a post-processing graphics module.
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