Under minimum assumptions on the stochastic regressors, strong consistency of Bayes estimates is established in stochastic regression models in two cases: (1) When the prior distribution is discrete, the p.d.f. f of i.i.d. random errors is assumed to have finite Fisher information I= & ( f $) 2 รf
Strong consistency of Bayes estimates in nonlinear stochastic regression models
โ Scribed by Inchi Hu
- Publisher
- Elsevier Science
- Year
- 1998
- Tongue
- English
- Weight
- 379 KB
- Volume
- 67
- Category
- Article
- ISSN
- 0378-3758
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โฆ Synopsis
A broad range of nonlinear (linear) time series and stochastic processes can be described by the stochastic regression model y. = r.(O)+ e., where {en} are independent random disturbances and r. is a random function of an unknown parameter 0 measurable with respect to the a-field ~r(yl ..... y.-l). Here we establish the strong consistency of Bayes estimates in these stochastic regression models under a necessary and sufficient condition on the stochastic regressors, when prior distributions are discrete. This necessary and sufficient condition has been obtained previously by Wu (1981) for nonrandom r.. Herein we extend the result to nonlinear stochastic regression models using results from Shepp (1965) andShiryayev (1984). (~
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