<p>(A) Original image; (B) TV-FISTA result; (C) HDTV2-MM result; (D) HDTV2-FBS result; (E) the zoomed version of region marked by the white box in original image; (F) the zoomed version of TV-FISTA result; (G) the zoomed version of HDTV2-MM result; (H) the zoomed version of HDTV2-FBS result.</p
<p>From left to right, the reconstruction images are the results of the ML-EM (first), the sum of tw...
Top left: High resolution MRI image (for comparison purposes). Top right: Low resolution MRI image. ...
To compare quantitatively and qualitatively brain image quality acquired in helical and axial modes ...
<p>(A) Original image; (B) TV-FISTA result; (C) HDTV2-MM result; (D) HDTV2-FBS result.</p
<p>(a) the fully sampled image; (b)-(d) are reconstructed images using analysis, balanced and synthe...
<p>Reconstructed sagittal brain images obtained with the standard single-band pulse sequence on the ...
<p>The first row gives the results using brain phantom data, left: reference image with red rectangl...
<p><b>(a)</b>: shows reference image reconstructed from fully sampled Fourier encoded data; <b>(b)-(...
Top left: Low resolution MRI image with sample region 1. Top right: Same zoomed sample region 1 of h...
Top left: Low resolution MRI image with sample region 2. Top right: Same zoomed sample region 2 of h...
<p>The noiselet encoded data was acquired using the pulse sequence described in section III C, and F...
<p><b>RF</b>: shows reference image reconstructed from fully sampled Fourier encoded data; <b>RN</b>...
<p>From left to right, the reconstruction images are the results of the ML-EM (First), the sum of tw...
<p>Reconstructed cortex images showing cortical thickness for brains from the library, scale bar in ...
In functional magnetic resonance imaging, images of the brain are acquired as rapidly as physically ...
<p>From left to right, the reconstruction images are the results of the ML-EM (first), the sum of tw...
Top left: High resolution MRI image (for comparison purposes). Top right: Low resolution MRI image. ...
To compare quantitatively and qualitatively brain image quality acquired in helical and axial modes ...
<p>(A) Original image; (B) TV-FISTA result; (C) HDTV2-MM result; (D) HDTV2-FBS result.</p
<p>(a) the fully sampled image; (b)-(d) are reconstructed images using analysis, balanced and synthe...
<p>Reconstructed sagittal brain images obtained with the standard single-band pulse sequence on the ...
<p>The first row gives the results using brain phantom data, left: reference image with red rectangl...
<p><b>(a)</b>: shows reference image reconstructed from fully sampled Fourier encoded data; <b>(b)-(...
Top left: Low resolution MRI image with sample region 1. Top right: Same zoomed sample region 1 of h...
Top left: Low resolution MRI image with sample region 2. Top right: Same zoomed sample region 2 of h...
<p>The noiselet encoded data was acquired using the pulse sequence described in section III C, and F...
<p><b>RF</b>: shows reference image reconstructed from fully sampled Fourier encoded data; <b>RN</b>...
<p>From left to right, the reconstruction images are the results of the ML-EM (First), the sum of tw...
<p>Reconstructed cortex images showing cortical thickness for brains from the library, scale bar in ...
In functional magnetic resonance imaging, images of the brain are acquired as rapidly as physically ...
<p>From left to right, the reconstruction images are the results of the ML-EM (first), the sum of tw...
Top left: High resolution MRI image (for comparison purposes). Top right: Low resolution MRI image. ...
To compare quantitatively and qualitatively brain image quality acquired in helical and axial modes ...