Autologistic regression analysis of spatial-temporal binary data via Monte Carlo maximum likelihood

Keyphrases

• Spatial-temporal 100%
• Regression Analysis 100%
• Binary Data 100%
• Autologistic Regression 100%
• Monte Carlo Maximum Likelihood 100%
• Normalizing Constant 100%
• Beetle Outbreaks 50%
• Evaluation Model 50%
• Mountain pine Beetle 50%
• Discrete-time 50%
• Likelihood Function 50%
• Statistical Inference 50%
• Western Canada 50%
• Logistic Regression Analysis 50%
• Monte Carlo 50%
• Maximum Likelihood 50%
• Maximum Likelihood Estimation 50%
• Path Sampling 50%
• Parameter Distribution 50%
• Predictive Distribution 50%
• Spatial Lattice 50%
• Information Criteria 50%
• Autologistic Regression Model 50%

Mathematics

• time point η 100%
• Monte Carlo 100%
• Maximum Likelihood 100%
• Binary Data 100%
• Likelihood Function 50%
• Inferential Statistics 50%
• Approximates 50%
• Lattices 50%
• Information Criterion 50%
• Regression Model 50%
• Logistic Regression Analysis 50%
• Predictive Distribution 50%
• Path Sampling 50%
• Discrete Time 50%
• Parameter Distribution 50%
• Maximum Likelihood Estimate 50%