Time-domain optical brain imaging techniques introduce a number of different measurands
for analyzing absorption changes located deep in the tissue, complicated by superficial …

Novel protocols were developed and applied in the European project “nEUROPt” to assess
and compare the performance of instruments for time-domain optical brain imaging and of …

Performance assessment of instruments devised for clinical applications is of key
importance for validation and quality assurance. Two new protocols were developed and …

The nEUROPt protocol is one of two new protocols developed within the European project
nEUROPt to characterize the performances of time-domain systems for optical imaging of …

Time domain (TD) diffuse optical measurement systems are being applied to neuroimaging,
where they can detect hemodynamics changes associated with cerebral activity. We show …

Different approaches to discriminate between cerebral and extracerebral absorption
changes are compared by means of diffusion and Monte-Carlo simulations and applied to …

We present a time-domain optical system for functional imaging of the adult head. We first
describe the instrument, which is based on a Ti: Sapphire pulsed laser (wavelength 750 …

Time-domain fNIRS facilitates the elimination of the influence of extracerebral, systemic
effects on measured signals since it contains time-of-flight information that is related to the …

To facilitate the design and optimization of instruments for time-domain optical brain imaging
within the European project" nEUROPt", the performance of various instruments is assessed …

Time-resolved near-infrared spectroscopy allows for depth-selective determination of
absorption changes in the adult human head that facilitates separation between cerebral …