Description
Beginner's Guide to Zero-Inflated Models with R
Authors: IENO Elena N., IENO Elena N.
Language: EnglishSubject for Beginner's Guide to Zero-Inflated Models with R:
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Add to cart the book of IENO Elena N., IENO Elena N.
Publication date: 01-2016
414 p. · Paperback
414 p. · Paperback
Description
/li>Contents
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This book provides the statistical tools to aid analysis of datasets. It
deals with two main difficulties faced with large datasets, lots of zeros
and dependency.
- 1. Introduction
- 2. Essential distributions for zero-inflated models
- 3. Introducing zero-inflated Poisson models
- 4. Zero-inflated models applied to orange-crowned warblers
- 5. Zero-inflated models applied to shark abundance data
- 6. Hurdle models for riparian spider counts
- 7. Models for zero-inflated continuous data applied to Chinese tallow trees
- 8. Linear mixed effects models
- 9. Zero-altered models with two-way nested and crossed random effects
- 10. Introduction to Bayesian statistics
- 11. Bayesian analysis for Poisson, NB, ZIP and Bernoulli models
- 12. Bayesian analysis for linear mixed effects models
- Beaver and Lilies
- 13. The zero trick to fit any distribution in a Bayesian analysis
- 14. Bayesian model selection techniques
- 15. Bayesian model selection applied to zero-inflated butterfly data
- 16. Zero-inflated seagrass coverage data
- 17. Other distributions
- 18. Multivariate GLMM
- 2. Essential distributions for zero-inflated models
- 3. Introducing zero-inflated Poisson models
- 4. Zero-inflated models applied to orange-crowned warblers
- 5. Zero-inflated models applied to shark abundance data
- 6. Hurdle models for riparian spider counts
- 7. Models for zero-inflated continuous data applied to Chinese tallow trees
- 8. Linear mixed effects models
- 9. Zero-altered models with two-way nested and crossed random effects
- 10. Introduction to Bayesian statistics
- 11. Bayesian analysis for Poisson, NB, ZIP and Bernoulli models
- 12. Bayesian analysis for linear mixed effects models
- Beaver and Lilies
- 13. The zero trick to fit any distribution in a Bayesian analysis
- 14. Bayesian model selection techniques
- 15. Bayesian model selection applied to zero-inflated butterfly data
- 16. Zero-inflated seagrass coverage data
- 17. Other distributions
- 18. Multivariate GLMM
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