In Babenko and Belitser (2010), a new notion for the posterior concentration rate is proposed, the so-called oracle risk rate, the best possible rate over an appropriately chosen estimators family, which is a local quantity (as compared, e.g., with global minimax rates). The program of oracle estimation and Bayes oracle posterior optimality is fully implemented in the above paper for the Gaussian white noise model and the projection estimators family. In this note, we complement the upper bound results of Babenko and Belitser (2010) on the posterior concentration rate by a lower bound result, namely that the concentration rate of the posterior distribution around the ‘true’ value cannot be faster than the oracle projection rate
Rates of convergence of Bayesian nonparametric procedures are expressed as the maximum between two r...
Rates of convergence of Bayesian nonparametric procedures are expressed as the maximum between two r...
Rates of convergence of Bayesian nonparametric procedures are expressed as the maximum between two r...
In Babenko and Belitser (2010), a new notion for the posterior concentration rate is proposed, the s...
In Babenko and Belitser (2010), a new notion for the posterior concentration rate is proposed, the s...
In Babenko and Belitser (2010), a new notion for the posterior concentration rate is proposed, the s...
In Babenko and Belitser (2010), a new notion for the posterior concentration rate is proposed, the s...
In Babenko and Belitser (2010), a new notion for the posterior concentration rate is proposed, the s...
All the results about posterior rates obtained until now are related to the optimal (minimax) rates ...
We apply the Bayes approach to the problem of projection estimation of a signal observed in the Gaus...
We apply the Bayes approach to the problem of projection estimation of a signal observed in the Gaus...
We apply the Bayes approach to the problem of projection estimation of a signal observed in the Gaus...
We apply the Bayes approach to the problem of projection estimation of a signal observed in the Gaus...
We apply the Bayes approach to the problem of projection estimation of a signal observed in the Gaus...
We apply the Bayes approach to the problem of projection estimation of a signal observed in the Gaus...
Rates of convergence of Bayesian nonparametric procedures are expressed as the maximum between two r...
Rates of convergence of Bayesian nonparametric procedures are expressed as the maximum between two r...
Rates of convergence of Bayesian nonparametric procedures are expressed as the maximum between two r...
In Babenko and Belitser (2010), a new notion for the posterior concentration rate is proposed, the s...
In Babenko and Belitser (2010), a new notion for the posterior concentration rate is proposed, the s...
In Babenko and Belitser (2010), a new notion for the posterior concentration rate is proposed, the s...
In Babenko and Belitser (2010), a new notion for the posterior concentration rate is proposed, the s...
In Babenko and Belitser (2010), a new notion for the posterior concentration rate is proposed, the s...
All the results about posterior rates obtained until now are related to the optimal (minimax) rates ...
We apply the Bayes approach to the problem of projection estimation of a signal observed in the Gaus...
We apply the Bayes approach to the problem of projection estimation of a signal observed in the Gaus...
We apply the Bayes approach to the problem of projection estimation of a signal observed in the Gaus...
We apply the Bayes approach to the problem of projection estimation of a signal observed in the Gaus...
We apply the Bayes approach to the problem of projection estimation of a signal observed in the Gaus...
We apply the Bayes approach to the problem of projection estimation of a signal observed in the Gaus...
Rates of convergence of Bayesian nonparametric procedures are expressed as the maximum between two r...
Rates of convergence of Bayesian nonparametric procedures are expressed as the maximum between two r...
Rates of convergence of Bayesian nonparametric procedures are expressed as the maximum between two r...