Reconstruction example for Patient Study 3 (Top row) in sagittal plane and Patient Study 5 (Bottom row) in the coronal plane: (A, D) original motion impacted data; (B, E) frame-based correction; (C, F) event-based correction.</p
<p>Reflected & averaged specimens do not appear perfectly symmetrical as only bilateral landmark poi...
<p>Reflected & averaged specimens do not appear perfectly symmetrical as only bilateral landmark poi...
<p>Nadir view of reconstructed tree with camera GPS locations at image frame acquisition moments (ye...
Reconstruction example for Patient Study 3 (Top row) and Patient Study 5 (Bottom row) in the axial p...
<p>Top row: saggital view of slice 32. Middle row: saggital view of slice 16. Bottom row: coronal vi...
<p>The columns represent different cut-plane orientations and the rows correspond to the different c...
<p>Coronal multi-planar reconstruction of a CT data set depicting the spine of individual A with sev...
<p>(a), (b) and (c) correspond to the axial mid-plane, (d), (e), (f), (d) and (h) to the axial plane...
<p>First row: sagittal, coronal, and transverse views of reference susceptibility maps calculated by...
<p>Comparison between ellipsoid reconstructions constructed using (a) real-time corrected ellipse sl...
<p>Reflected & averaged specimens do not appear perfectly symmetrical as only bilateral landmark poi...
<p>A. Manually specified two points, C2 and C4, indicated as two red crosses, in the anterior-interi...
<p>The first row gives the results using brain phantom data, left: reference image with red rectangl...
Simulated tomosynthesis reconstruction images with the various misalignment scenarios of axis tilt p...
<p>Reconstructed sagittal brain images obtained with the standard single-band pulse sequence on the ...
<p>Reflected & averaged specimens do not appear perfectly symmetrical as only bilateral landmark poi...
<p>Reflected & averaged specimens do not appear perfectly symmetrical as only bilateral landmark poi...
<p>Nadir view of reconstructed tree with camera GPS locations at image frame acquisition moments (ye...
Reconstruction example for Patient Study 3 (Top row) and Patient Study 5 (Bottom row) in the axial p...
<p>Top row: saggital view of slice 32. Middle row: saggital view of slice 16. Bottom row: coronal vi...
<p>The columns represent different cut-plane orientations and the rows correspond to the different c...
<p>Coronal multi-planar reconstruction of a CT data set depicting the spine of individual A with sev...
<p>(a), (b) and (c) correspond to the axial mid-plane, (d), (e), (f), (d) and (h) to the axial plane...
<p>First row: sagittal, coronal, and transverse views of reference susceptibility maps calculated by...
<p>Comparison between ellipsoid reconstructions constructed using (a) real-time corrected ellipse sl...
<p>Reflected & averaged specimens do not appear perfectly symmetrical as only bilateral landmark poi...
<p>A. Manually specified two points, C2 and C4, indicated as two red crosses, in the anterior-interi...
<p>The first row gives the results using brain phantom data, left: reference image with red rectangl...
Simulated tomosynthesis reconstruction images with the various misalignment scenarios of axis tilt p...
<p>Reconstructed sagittal brain images obtained with the standard single-band pulse sequence on the ...
<p>Reflected & averaged specimens do not appear perfectly symmetrical as only bilateral landmark poi...
<p>Reflected & averaged specimens do not appear perfectly symmetrical as only bilateral landmark poi...
<p>Nadir view of reconstructed tree with camera GPS locations at image frame acquisition moments (ye...