Multilevel Statistical Models Multilevel Statistical Models
Wiley Series in Probability and Statistics

Multilevel Statistical Models

    • USD 92.99
    • USD 92.99

Descripción editorial

Throughout the social, medical and other sciences the importance of understanding complex hierarchical data structures is well understood. Multilevel modelling is now the accepted statistical technique for handling such data and is widely available in computer software packages. A thorough understanding of these techniques is therefore important for all those working in these areas. This new edition of Multilevel Statistical Models brings these techniques together, starting from basic ideas and illustrating how more complex models are derived. Bayesian methodology using MCMC has been extended along with new material on smoothing models, multivariate responses, missing data, latent normal transformations for discrete responses, structural equation modeling and survival models.
Key Features:
Provides a clear introduction and a comprehensive account of multilevel models. New methodological developments and applications are explored. Written by a leading expert in the field of multilevel methodology. Illustrated throughout with real-life examples, explaining theoretical concepts.
This book is suitable as a comprehensive text for postgraduate courses, as well as a general reference guide. Applied statisticians in the social sciences, economics, biological and medical disciplines will find this book beneficial.

GÉNERO
Ciencia y naturaleza
PUBLICADO
2011
8 de julio
IDIOMA
EN
Inglés
EXTENSIÓN
384
Páginas
EDITORIAL
Wiley
VENDEDOR
John Wiley & Sons, Inc.
TAMAÑO
19.4
MB
Applied Longitudinal Analysis Applied Longitudinal Analysis
2012
Mixed Models Mixed Models
2013
Bootstrap Methods Bootstrap Methods
2011
Generalized, Linear, and Mixed Models Generalized, Linear, and Mixed Models
2011
Applied Time Series Analysis for the Social Sciences Applied Time Series Analysis for the Social Sciences
2025
Statistical Planning and Inference Statistical Planning and Inference
2025