most citedInformation theoretic limits of robust sub-Gaussian mean estimation under star-shaped constraints

1 citations · 2 across the 6 of their papers we have counts for

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6 papers

stat.ME2026

Non-Parametric Model Calibration with Stochastic Control Parameters

Akshay Prasadan, Samopriya Basu, Faezeh Yazdi +2

We present a method for calibrating a computer model using non-parametric techniques where the inputs are stochastic but include calibration parameters whose distributions are unkn…

math.ST2026

Robust mean estimation under star-shaped constraints with heavy-tailed noise

Tuorui Peng, Akshay Prasadan, Matey Neykov

We study the problem of robust mean estimation with adversarially contaminated data under star-shaped constraints in a heavy-tailed noise setting, where only a finite second moment…

stat.ME2026

Continuity of the Solution of a Non-Parametric Bayesian Statistical Calibration Procedure

Akshay Prasadan, Donald Estep, Derek Bingham

Recent work has developed a non-parametric Bayesian approach to the calibration of a computer model, which abstractly amounts to the inversion of a pushforward of stochastic input…

math.ST2024★ 1 cited

Information theoretic limits of robust sub-Gaussian mean estimation under star-shaped constraints

Akshay Prasadan, Matey Neykov

We obtain the minimax rate for a mean location model with a bounded star-shaped set constraint on the mean, in an adversarially corrupted data setting wi…

math.ST2024★ 1 cited

Some facts about the optimality of the LSE in the Gaussian sequence model with convex constraint

Akshay Prasadan, Matey Neykov

We consider a convex constrained Gaussian sequence model and characterize necessary and sufficient conditions for the least squares estimator (LSE) to be minimax optimal. For a clo…

math.ST2024

Characterizing the minimax rate of nonparametric regression under bounded star-shaped constraints

Akshay Prasadan, Matey Neykov

We quantify the minimax rate for a nonparametric regression model over a star-shaped function class with bounded diameter. We obtain a minimax rate of ${\varepsilon^{…