most citedHierarchical Bayesian Models to Mitigate Systematic Disparities in Prediction with Proxy Outcomes

4 citations · 5 across the 4 of their papers we have counts for

collaborators

5 papers

stat.ME2026

Bayesian adaptive design for neural recruitment curves

Vishweshwar Tyagi, Saihari S. Dukkipati, Daniel Twili +4

Nonlinear response models remain ubiquitous across disciplines with recruitment curves describing muscle response to neural stimulation. Conventional acquisition methods typically…

physics.data-an2026

The Squealer: Sensification of model exploration and model misfit

Andrew Gelman, Andrew H. Jaffe, Eliot Carlson +1

We introduce a method for visual and auditory feedback when exploring the fit of a model to data. Starting with a best-fit curve fit to data, the user can drag the curve to a new p…

stat.ME2026

Approximate posterior recalibration

Tiffany Cai, Philip Greengard, Ben Goodrich +1

Bayesian inference is often implemented using approximations, which can yield interval estimates that are too narrow, not fully capturing the uncertainty in the posterior distribut…

stat.OT2024★ 1 cited

Russian roulette: The need for stochastic potential outcomes when utilities depend on counterfactuals

Andrew Gelman, Jonas M. Mikhaeil

It has been proposed in medical decision analysis to express the ``first do no harm'' principle as an asymmetric utility function in which the loss from killing a patient would cou…

stat.ME2024★ 4 cited

Hierarchical Bayesian Models to Mitigate Systematic Disparities in Prediction with Proxy Outcomes

Jonas Mikhaeil, Andrew Gelman, Philip Greengard

Label bias occurs when the outcome of interest is not directly observable and instead, modeling is performed with proxy labels. When the difference between the true outcome and the…