Background: A simulated functional magnetic resonance imaging (fMRI) environment, or"
fMRI simulator", is helpful for prototyping behavioural tasks and acclimatizing individuals …

In functional magnetic resonance imaging (fMRI) studies, long experiment times and small
intensity changes associated with brain activation frequently lead to image artifacts due to …

There has been a longstanding need to develop techniques that improve data quality in
fMRI by suppressing motion artifact. Head motion exceeding a few millimetres remains …

Functional magnetic resonance imaging (fMRI) is widely used to study brain circuitry in
healthy controls and in psychiatry. A major problem of fMRI studies is motion, which affects …

The potential negative impact of head movement during fMRI has long been appreciated.
Although a variety of prospective and retrospective approaches have been developed to …

Despite many advances, motion artifacts remain a serious problem in fMRI of some clinical
populations. To characterize head motion in stroke patients, retrospective motion estimates …

Subject head motion is a common problem experienced in fMRI experiments. Although
various methods such as using supporting pillows or compression pads are applied, the …

The quality of functional MRI (fMRI) data is affected by head motion. It has been shown that
fMRI data quality can be improved by prospectively updating the gradients and radio …

A voluntary head motion suppression method using feedback to subjects of their own head
motion information is demonstrated. A real-time fMRI system was developed on standard …

Behavioral analysis of multi-joint arm reaching has allowed important advances in
understanding the control of voluntary movements. Complementing this analysis with …