Source modelling in magnetoencephalography (MEG) requires precise co-registration of the
sensor array and the anatomical structure of the measured individual's head. In conventional
MEG, the positions and orientations of the sensors relative to each other are fixed and
known beforehand, requiring only localization of the head relative to the sensor array. Since
the sensors in on-scalp MEG are positioned on the scalp, locations of the individual sensors
depend on the subject's head shape and size. The positions and orientations of on-scalp …

Source modelling in magnetoencephalography (MEG) requires precise co-registration of the
sensor array and the anatomical structure of the measured individual's head. In conventional
MEG, positions and orientations of the sensors relative to each other are fixed and known
beforehand, requiring only localization of the head relative to the sensor array. Since the
sensors in on-scalp MEG are positioned on the scalp, locations of the individual sensors
depend on the subject's head shape and size. The positions and orientations of on-scalp …