Daniel R. Guest

The paper investigates contraction bias in pitch discrimination, finding that it reflects decision biases rather than sensory biases based on context.

This paper introduces a computational model of the mammalian auditory periphery that includes a medial olivocochlear reflex pathway, showing its ability to simulate effects of contralateral elicitors on auditory-nerve responses.

The paper investigates neural codes for multiple pitch perception using synthetic stimuli and finds that rate-place models explain simple tasks but not more complex ones involving multiple pitches.

The paper investigates the role of the pulvinar in high-level visual processing using fMRI and finds it has functional specificity for bodies and faces, mirroring cortical organization principles.

The paper measures profile analysis in listeners with sensorineural hearing loss and models the results using computational models of the auditory system, finding that hearing loss and higher frequencies correlate with poorer performance.

The paper introduces a fast approximation of power-law adaptation for auditory models, improving computational efficiency while maintaining accuracy.