Functional Logistic Mixed-Effects Models for Learning Curves From Longitudinal Binary Data.

ABSTRACT: Purpose We present functional logistic mixed-effects models (FLMEMs) for estimating population and individual-level learning curves in longitudinal experiments. Method Using functional analysis tools in a Bayesian hierarchical framework, the FLMEM captures nonlinear, smoothly varying learning curves, appropriately accommodating uncertainty in various aspects of the analysis while also borrowing information across different model layers. An R package implementing our method is available as part of the Supplemental Materials . Results Application to speech learning data from Reetzke, Xie, Llanos, and Chandrasekaran (2018) and a simulation study demonstrate the utility of FLMEM and its many advantages over linear and logistic mixed-effects models. Conclusion The FLMEM is highly flexible and e

SUBMITTER: Paulon G 

PROVIDER: S-EPMC6802892 | biostudies-literature | 2019 Mar

REPOSITORIES: biostudies-literature