... to MagneticResonanceImaging ...constant magnetic field, which interacts with the nuclear spin of the elements composing it, causing the magnetization of the ...the resonance frequency ...
... The aim of this review was to establish the actual role of Endorectal Ultrasonography (ERUS) with rigid probe and MagneticResonanceImaging (MRI) in the local staging of rectal cancer.The target ...
... In biological tissues such as nerve fiber bundles and muscles, the spontaneous heat motion of water molecules is restricted by obstacles in the fibrous microstructure. Medical imaging uses the principles of ...
... medical imaging modalities. MagneticResonanceImaging (MRI) is the method more widely used, though other types are also chosen, such as Computed Tomography (TC) and Ultrasound Imaging ...
... Here we identify the term TV(u) as J(u), the regularizer, and the data fidelity term is the same than in (2.5) with K = I, the identity. The TV is a very nonlinear operator that allows for (weak) distributional solutions ...
... to magneticresonanceimaging for identifying the severity of the Alzheimer’s ...in magneticresonanceimaging is similar in terms of the low spatial resolution and the high ...
... Abstract. We propose a new support vector machine (SVM) based method that improves the time series classification in magneticresonanceimaging (fMRI). We exploit the robust anisotropic diffusion ...
... Background: Magneticresonanceimaging is an essential tool in the pre-surgical evaluation of patients with drug-resistant ...Tesla magneticresonanceimaging were rescanned with ...
... brain magneticresonanceimaging applied to multiple sclerosis ...brain imaging, we propose two different multiple sclerosis lesion segmentation pipelines based on the conclusions of these ...
... spectrometer. Magneticresonanceimaging experiments at field strength of 7 T were performed on a BioSpec 70/30 USR magnet using Bruker quadrature volume coil (RF RES 300 1H 112/86 QSN TD ...
... Several automated algorithms have been developed to automatically label brain structures, as reviewed in Section III. One of the major conclusions of the referenced papers in Section III, is that most of these algorithms ...
... the magnetic field inhomogeneities in the abdominal cavity and the need for an accurate definition of the vessels’ geometry make it difficult to obtain reliable data using 2D-PC ...when imaging PH patients, ...
... the magnetic field due to the imperfections in the image acquisition process, as well as patient properties, can cause a smooth inhomogeneity field across the image, known as the bias field ...
... brain magneticresonanceimaging (MRI) was performed on day ...diffusion-weighted imaging was reported with a significant decreased apparent dif- fusion coefficient (ADC) as compared to the ...
... Average running times for 100 executions of the different al- gorithms and different experiments carried out. When the SNS in- creases, CURE becomes better than to our approach. However,[r] ...
... and magneticresonanceimaging (MRI) in the differential diagnosis of hepatic angiomyolipoma (HAML) and hepatocellular carcinoma (HCC) and to clarify the relation- ship between histopathological ...
... Lanthanide(III) complexes with poly(aminocarboxylate) ligands are gaining increasing interest due to their successful application in different imaging modalities. For instance, luminescent lanthanide complexes ...
... Magneticresonanceimaging does not involve ionizing radia- tion, and provides good anatomic detail with outstanding tissue contrast. It allows for relative quantification of tar- gets and is a very ...
... The decrease in the quality of the images strongly affected the algorithm calculating the center of gravity and the ratios corresponding to the flesh of the orange and thus the ratios [r] ...
... In order to validate the classification performance obtained by the discriminant analysis with static samples, images on mandarins conveyed through the spectrometer at 54mm/s were aut[r] ...