Upon perceiving sensory errors during movements, the human sensorimotor system
updates future movements to compensate for the errors, a phenomenon called sensorimotor …

Sensory errors induce two types of behavioral changes: rapid compensation within a
movement and longer-term adaptation of subsequent movements. Although adaptation is …

Control of speech formants is important for the production of distinguishable speech sounds
and is achieved with both feedback and learned feedforward control. However, it is unclear …

Errors that result from a mismatch between predicted movement outcomes and sensory
afference are used to correct ongoing movements through feedback control and to adapt …

Background Reflexive pitch perturbation experiments are commonly used to investigate the
neural mechanisms underlying vocal motor control. In these experiments, the fundamental …

Featured Application An extension of the DIVA model to include EEG is presented and
initially validated using group-level statistics. The DIVA_EEG expands the number of …

Purpose The speech motor system uses feedforward and feedback control mechanisms that
are both reliant on prediction errors. Here, we developed a state-space model to estimate …

Purpose: This study aimed to investigate the acoustic changes in vowel production with
different forms of auditory feedback via cochlear implant (CI), hearing aid (HA), and bimodal …

In this preliminary study, we explored the relationship between auditory imagery ability and
the maintenance of tonal and temporal accuracy when singing and audiating with altered …

Purpose: Behavioral assays of feedforward and feedback auditory–motor control of voice
and articulation frequently are used to make inferences about underlying neural …