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a-discrete-valued-time-series-model		a-discrete-valued-time-series-model
delta-smelt-life-cycle-model		delta-smelt-life-cycle-model
skate-mortality-bayesian-state-space-model		skate-mortality-bayesian-state-space-model
stochastic-volatility-models-for-financial-time-series		stochastic-volatility-models-for-financial-time-series
theta-logistic-population-growth-model		theta-logistic-population-growth-model
README.md		README.md
citations.html		citations.html
skate-mortality-bayesian-state-space-model.html		skate-mortality-bayesian-state-space-model.html
state-space-models.html		state-space-models.html

README.md

State-space models

A discrete valued time series model; Polio data Illustrate how a time series of count data can be modelled as a GLMM with a Poisson response
Stochastic volatility models for financial time series Stochastic volatility models are used in mathematical finance to describe the evolution of asset returns, which typically exhibit changing variances over time.
Delta smelt life cycle model A state-space multistage model to evaluate population impacts in the presence of density dependence.
Skate mortality: Bayesian state-space model Bayesian state-space model example from the NCEAS non-linear modelling working group
Theta-logistic population growth model State-space model from the NCEAS non-linear modelling working group