Clifton M. Schor

Understanding accommodative control in the clinic: modeling latency and amplitude for uncorrected refractive error, presbyopia and cycloplegia

The paper proposes a revised model of accommodative control that better predicts accommodative responses in clinical scenarios like presbyopia and cycloplegia by incorporating predictive mechanisms and gain adjustments.

Seeing the future: predictive control in neural models of ocular accommodation

The paper develops a neural control model of ocular accommodation that incorporates dual integral control and a Smith predictor to explain adaptation and oscillatory responses.