<p>Mean localization error with low-<i>T</i><sub>c</sub> (blue) and on-scalp (red) systems for different numbers of localization coils a) in small, local localization arrays b) in full-head localization arrays. Magnetic moment = 10 nAm<sup>2</sup>, on-scalp magnetometer noise = 20 fT/Hz<sup>1/2</sup> and low-<i>T</i><sub>c</sub> magnetometer noise = 3 fT/Hz<sup>1/2</sup>. Error bars indicate one standard deviation.</p
<p>Example of a small array of on-scalp magnetometers (red) that are fit as a group with a 32-coil l...
A magnetic field can be measured on a space scale of a few millimeters by means of magnetic sensors,...
<p>A localization coil used in the Elekta Neuromag TRIUX system (ruler scale is in cm).</p
<p>Mean localization error with low-<i>T</i><sub>c</sub> (blue) and on-scalp (red) systems for diffe...
<p>Mean localization error with low-<i>T</i><sub>c</sub> (solid blue) and on-scalp (solid red) syste...
<p>Mean localization error with low-<i>T</i><sub>c</sub> (blue) and on-scalp (red) systems for diffe...
<p>Mean localization error with low-<i>T</i><sub>c</sub> (solid) and on-scalp (dashed) systems for d...
<p>Placement of localization coils (green) in a small (here: 7-coil) array around an on-scalp magnet...
<p>Left: classical head localization where a large array of sensors (blue; here: the low-<i>T</i><su...
<p>Left: Magnetometer positions used for the low-<i>T</i><sub>c</sub> system (blue; based on the Ele...
<p>Localization coil placement in 10- (top-left), 12- (top-right), 21- (bottom-left) and 32- (bottom...
Summary General formulas are presented for computing a lower bound on localization and moment error ...
Abstract- Metal-detector performance depends heavily on the sensor head. Errors in coil placement wi...
| openaire: EC/H2020/678578/EU//HRMEGRecent advances in magnetic sensing has made on-scalp magnetoen...
<p>The result show a significantly lower number of actions required to reach a criterion RMS error <...
<p>Example of a small array of on-scalp magnetometers (red) that are fit as a group with a 32-coil l...
A magnetic field can be measured on a space scale of a few millimeters by means of magnetic sensors,...
<p>A localization coil used in the Elekta Neuromag TRIUX system (ruler scale is in cm).</p
<p>Mean localization error with low-<i>T</i><sub>c</sub> (blue) and on-scalp (red) systems for diffe...
<p>Mean localization error with low-<i>T</i><sub>c</sub> (solid blue) and on-scalp (solid red) syste...
<p>Mean localization error with low-<i>T</i><sub>c</sub> (blue) and on-scalp (red) systems for diffe...
<p>Mean localization error with low-<i>T</i><sub>c</sub> (solid) and on-scalp (dashed) systems for d...
<p>Placement of localization coils (green) in a small (here: 7-coil) array around an on-scalp magnet...
<p>Left: classical head localization where a large array of sensors (blue; here: the low-<i>T</i><su...
<p>Left: Magnetometer positions used for the low-<i>T</i><sub>c</sub> system (blue; based on the Ele...
<p>Localization coil placement in 10- (top-left), 12- (top-right), 21- (bottom-left) and 32- (bottom...
Summary General formulas are presented for computing a lower bound on localization and moment error ...
Abstract- Metal-detector performance depends heavily on the sensor head. Errors in coil placement wi...
| openaire: EC/H2020/678578/EU//HRMEGRecent advances in magnetic sensing has made on-scalp magnetoen...
<p>The result show a significantly lower number of actions required to reach a criterion RMS error <...
<p>Example of a small array of on-scalp magnetometers (red) that are fit as a group with a 32-coil l...
A magnetic field can be measured on a space scale of a few millimeters by means of magnetic sensors,...
<p>A localization coil used in the Elekta Neuromag TRIUX system (ruler scale is in cm).</p