Infancy is the most critical period in human brain development. Studies demonstrate that
subtle brain abnormalities during this state of life may greatly affect the developmental …

In recent years, it has been demonstrated that using functional near-infrared spectroscopy
(fNIRS) channels with short separations to explicitly sample extra-cerebral tissues can …

While histological studies and conventional magnetic resonance imaging (MRI)
investigations have elucidated the trajectory of structural changes in the develo** brain …

Diffuse optical tomography is most accurate when an individual's MRI data can be used as a
spatial prior for image reconstruction and for visualization of the resulting images of changes …

Diffuse optical tomography uses near-infrared light spectroscopy to measure changes in
cerebral hemoglobin concentration. Anatomical interpretations of the location that generates …

Significance: Diffuse optical tomography (DOT) uses near-infrared light spectroscopy to
measure changes in cerebral hemoglobin concentration. Anatomical interpretations of the …

The neonatal brain undergoes dramatic structural and functional changes over the last
trimester of gestation. The accuracy of source localisation of brain activity recorded from the …

Diffuse optical tomography is a non‐invasive and non‐irradiating medical imaging
technique that is particularly suitable for cerebral monitoring of newborns since it can be …

Significance: The establishment of a light propagation analysis-based scalp-cortex
correlation (SCC) between the scalp location of the source–detector (SD) pair and brain …

A mathematical model for coregistered time-dependent electroencephalography (EEG) and
diffusive optical tomography (DOT) is developed and analysed. Evolution with time is …